EINDHOVEN, Netherlands, September 15, 2026 — As maintenance teams face growing pressure to keep assets running with fewer technicians and tighter maintenance schedules, they need inspection tools that are faster, easier to use, and seamlessly connected to modern mobile workflows. Addressing this need, Fluke today announced the expansion of its Fluke iSee™ Mobile Imaging Series with two new professional imaging solutions: the TC03A Thermal Camera and ii01 Acoustic Camera for Android™ devices.

Together, the new cameras give maintenance teams the ability to detect hidden thermal and acoustic anomalies using compact, mobile-first tools that deliver professional-grade diagnostics directly from a smartphone. The TC03A Thermal Camera helps identify thermal anomalies, while the ii01 Acoustic Camera uses advanced acoustic imaging to pinpoint compressed air leaks.

“Professional diagnostics can no longer be confined to specialized equipment. They need to be available wherever technicians are working. Especially as maintenance teams today are expected to inspect more assets and prevent failures before they occur," said Vineet Thuvara, Chief Product Officer at Fluke. "This innovation makes advanced diagnostics more accessible, giving more technicians the ability to quickly identify hidden thermal and acoustic issues with professional-grade tools that fit the way they work today. This helps organizations shift from reactive troubleshooting to more proactive, data-driven maintenance."

Inspect More. Access Less.

Maintenance teams are under constant pressure to inspect more equipment in less time, often without shutting down systems or accessing hard-to-reach components. Infrared thermography and acoustic imaging give technicians a way to survey larger areas, identify potential problems from a distance and focus hands-on investigation where it matters most. Infrared thermography is recognized as a non-contact inspection method that can provide broad inspection coverage and quickly identify thermal anomalies.

High-Performance Thermal Imaging with TC03A

That ability to inspect without physical contact makes thermal imaging especially useful for assessing multiple assets or areas that are difficult, time-consuming or unsafe to reach. The Fluke TC03A mobile thermal camera combines 384 × 288 thermal resolution with SuperResolution up to 768 × 576 to provide detailed images, while manual focus supports inspections across a range of distances, from close-up electronics to equipment that may be difficult to access directly.

Identifying an anomaly is only the first step; technicians also need to understand what they are seeing and determine what action to take. Integrated with the Fluke iSee™ app, TC03A provides temperature-difference insights, multi-mode alerts and real-time warnings to help technicians quickly assess findings and make informed decisions in the field.

But not every maintenance issue reveals itself through heat. Some problems produce sound instead, requiring a different approach to quickly locate the source.

Fast, Precise Leak Detection with ii01 Acoustic Camera

The Fluke ii01 acoustic camera uses SoundMap™ technology to help technicians locate compressed-air and gas leaks, including in areas that can be difficult to access. With a detection frequency range of 2 kHz to 48 kHz and a detection range of up to 50 meters, depending on site conditions, ii01 can help technicians scan larger areas and pinpoint potential leak sources without inspecting every connection individually.

Once a potential leak is identified, technicians need information that helps them assess the issue on site. A one-key leak mode quickly highlights potential leak sources, while real-time dB readings provide additional diagnostic information to support follow-up inspection and repair.

Compact, Connected and Built for the Field

Whether technicians are looking for abnormal heat across a large facility or tracking down a leak in a hard-to-reach location, the goal is the same: find potential problems sooner, with less time spent accessing individual assets.

Both TC03A and ii01 are part of the Fluke iSee™ Mobile Series, combining professional inspection capabilities with a mobile-first platform to help technicians identify potential problems, prioritize follow-up and keep maintenance moving.

Key benefits across both solutions include:

• Compact and rugged design — Lightweight, portable, and built with rugged IP54 protection for demanding industrial environments
• Connected workflow — Integration with the Fluke iSee™ app allows for real‑time capture, reporting, and seamless sharing of images and data
• Enhanced productivity — Faster inspections and intuitive operation reduce downtime and improve maintenance efficiency, complementing more advanced thermal and acoustic tools
• Mobile‑first flexibility — Increase accessible of professional tools to equip front-line technicians with quick and fast inspection tools.

For more information on the TC03A thermal camera and ii01 acoustic camera, please visit TC03A Thermal Camera and ii01 Acoustic Camera for Android, respectively.

About Fluke
Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes. FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website.

# # #

FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website.

For more information:

Dave Smith

Fluke Corporation

dave.smith@fluke.com

Olivia Kline

Fluke Corporation

olivia.kline@fluke.com

Q: What are the new Fluke iSee™ Mobile Imaging Series products?

A: Fluke is expanding its iSee™ Mobile Imaging Series with two new professional imaging solutions for Android™ devices: the TC03A Thermal Camera and the ii01 Acoustic Camera. Together, they give maintenance teams the ability to detect hidden thermal anomalies, and locate compressed air leaks through compact, mobile-first tools that deliver professional-grade diagnostics in the field.

Q: Why is Fluke introducing these products now?

A: Industrial maintenance is becoming increasingly mobile, connected, and data-driven, while maintenance teams are being asked to do more with fewer resources. By expanding the Fluke iSee™ Mobile Imaging Series, Fluke is making advanced thermal and acoustic diagnostics more accessible, enabling more technicians to uncover hidden issues quickly and keep critical assets running reliably.

Q: What benefits do these new products provide to customers?

A: The TC03A and ii01 help technicians identify problems earlier, complete inspections more efficiently, and make faster, more informed maintenance decisions. By combining professional imaging performance with mobile connectivity and streamlined reporting, they help organizations reduce unplanned downtime, improve productivity, lower energy waste, and transition from reactive repairs to proactive maintenance.

EVERETT, Washington, September 3, 2026 – U.S. manufacturing could need as many as 3.8 million new workers by 2033, with up to 1.9 million jobs potentially going unfilled because of skills and talent gaps.* Bridging that gap starts with giving tomorrow’s engineers the tools and experience they need today. Through its partnership with Washington State University (WSU), Fluke today is celebrating the opening of the new Fluke Engineering Lab at WSU Everett’s Voiland College of Engineering and Architecture.

The lab will give more than 4,000 engineering students across five WSU campuses hands-on experience with 30+ Fluke tools and technologies used across industry. Students will train on real-world technologies—from thermal imaging and digital multimeters to calibration equipment and energy loggers—used by engineers and technicians every day. Students will build practical measurement and diagnostic skills using the technologies they’ll encounter in the workplace.

“Great engineers learn by doing. Through the Fluke Engineering Lab, students will gain hands-on experience with the same tools and technologies they’ll use in industry. This investment is about more than equipment. It’s about building the skills, confidence and problem-solving capability the next generation will need to strengthen our workforce, accelerate innovation and solve the critical challenges facing industry,” said Parker Burke, President at Fluke.

“Tomorrow’s engineers cannot be prepared for tomorrow’s challenges using yesterday’s tools,” said Washington State University President Betsy Cantwell. “Through our partnership with Fluke, we’re bringing industry directly into the classroom and creating new opportunities for students to connect what they learn with how engineering is practiced in the real world. This kind of university-industry partnership can transform engineering education and help WSU shape the future of engineering in Washington and beyond,”

The Fluke Engineering Lab opening kicked off WSU in the Puget Sound and coincided with WSU’s Apple Cup weekend celebrations, bringing together university, industry and community leaders to celebrate the growth of WSU Everett and its role in the region. The event underscores a shared commitment to closing the skills gap and equipping students with the hands-on expertise needed to succeed in engineering, advanced manufacturing, maintenance and other technology-driven industries.

The partnership also extends beyond the new Lab. Fluke will continue its longstanding support of WSU students through mentorship of capstone projects both at the Everett campus and across the university, providing students with opportunities to apply their engineering knowledge to real-world challenges.

“While the Fluke Engineering Lab is located at WSU Everett, the opportunities this partnership creates will extend far beyond a single location, benefiting students and strengthening engineering programs across the WSU system. We are grateful to Fluke for its investment in our students and for helping expand access to industry-standard tools, experiences, and opportunities across all of our campuses,” said Sandra Haynes, Executive Vice President for WSU Statewide Campuses. 

The need for this type of industry-connected education is underscored by ongoing workforce challenges facing manufacturers and other technology-intensive industries. Recent Fluke research found that skills-related challenges account for 78% of reported obstacles to technology adoption, including lack of expertise, knowledge shortages, skilled labor gaps and broader workforce skills shortages.

About Fluke 

Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes. 

About Washington State University

Washington State University is a nationally recognized public research university committed to advancing knowledge, inspiring discovery, and preparing future leaders. As the state’s land-grant university with campuses, research centers, and Extension offices across the state, WSU is dedicated to teaching, research, and outreach that strengthen Washington’s economy and improve the quality of life for people across the region and beyond.

About Economic Alliance Snohomish County

As the largest regional economic development organization in Snohomish County, Economic Alliance Snohomish County (EASC) supports a globally competitive regional economy in which all businesses can thrive and participate equally through effective advocacy and resource access.

*  The Manufacturing Institute

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FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website. 

For more information:

Dave Smith 

Fluke Corporation 

dave.smith@fluke.com

Olivia Kline

Fluke Corporation

olivia.kline@fluke.com

·     What is the Fluke Engineering Lab?

The Fluke Engineering Lab is a hands-on learning environment at WSU Everett equipped with more than 30 Fluke tools and technologies used across industry. Students can gain practical experience with diagnostic and measurement tools they will encounter in the workplace.

·       Why is the lab important?

The lab bridges the gap between classroom theory and the real-world skills employers need. It helps prepare students to enter the workforce with practical experience while strengthening the pipeline of engineering and technical talent.

·       How will students benefit?

More than 4,000 engineering students across five WSU campuses will have access to industry-standard tools and hands-on learning. They can build skills in troubleshooting, predictive maintenance, electrical systems, energy efficiency and industrial equipment while gaining real-world experience through mentorship and capstone projects.

UK manufacturers are facing a growing spare parts paradox, with 83% reporting maintenance delays due to unavailable or long lead-time parts, despite businesses holding significant levels of obsolete inventory.

Research from Fluke Corporation found that one in five UK manufacturers experience these parts-related delays regularly. The findings come against a backdrop of widespread operational disruption, with 68% of manufacturers experiencing unplanned downtime in the past 12 months.

Yet the data suggests manufacturers are not necessarily short of spare parts. On average, 22% of their spare parts inventory is already obsolete, highlighting a mismatch between the components businesses hold and those they actually need to keep assets running.

The result is a dual challenge: manufacturers remain exposed to operational disruption while simultaneously carrying the cost of inventory they may no longer need.

Supplier concentration could be adding to this exposure. One in five UK manufacturers single-source critical components or materials per region, while 32% identify supply chain volatility as one of the most likely causes of operational disruption over the next 12 months.

However, manufacturers do not see supplier diversification alone as the solution. When asked which change would most improve their organisation’s ability to withstand future disruption, just 11% selected diversifying or reshoring suppliers, while 14% selected balancing globalisation with reshoring.

Paraic O’Lochlainn at eMaint, a Fluke brand said: “UK manufacturers are facing a striking contradiction: maintenance teams are being left waiting for critical parts while businesses are already carrying significant volumes of inventory that have become obsolete.

“This isn’t simply a question of how much stock a manufacturer holds. The bigger challenge is knowing which parts are critical, where they are, and whether they will be available when an asset fails.

“The same applies to suppliers. Diversification can reduce dependence on a single source, but adding suppliers without greater visibility can introduce new complexity and cost rather than delivering genuine resilience.”

The financial impact of disruption is also being felt across manufacturers’ supply chains. More than a third (35%) identify cross-border shipping and logistics as posing the greatest cost risk from disruption, while 32% point to supplier unreliability or geopolitical risk. Almost a third (31%) cite downtime caused by a lack of serviceable parts or long lead times.

The findings indicate that building greater resilience will require manufacturers to connect supply chain decisions more closely with maintenance and asset strategy, rather than treating inventory and supplier diversification as standalone solutions.

O’Lochlainn continued: “Resilience isn’t simply about adding inventory or adding suppliers. Manufacturers need to connect sourcing decisions with what is happening on the factory floor.

“That means being able to see what they own, understand which assets and components are most critical, and anticipate what they are likely to need next. Without that connection between supply chain and maintenance strategy, businesses risk spending more on resilience without becoming more resilient.”

Survey methodology

The survey, conducted by Censuswide on behalf of Fluke, surveyed 600 respondents representing manufacturing firms across the Food & Beverage, Oil & Gas, Life Sciences, and Automotive industries operating in Germany, the UK, and the US. Of this sample, 199 respondents were from the UK.

EVERETT, Washington, September 1, 2026 — Hidden compressed air and gas leaks can signal costly problems, from wasted energy and rising operating expenses to unexpected downtime. Addressing these challenges, Fluke today announced the launch of the ii01 Acoustic Camera for Android™, the first acoustic imaging solution in the Fluke iSee™ mobile imaging series to bring professional acoustic diagnostics to more technicians through a compact, rugged, and easy-to-use mobile platform.

Designed for industrial environments, the ii01 helps maintenance teams quickly locate compressed air leaks, verify air tightness, and inspect systems for wasted energy across manufacturing, process industries, and facilities.

Built on Fluke’s SoundMap™ acoustic imaging technology, ii01 integrates high‑precision MEMS sensors to quickly locate sound sources and visualize acoustic data directly in the Fluke iSee™ app. With a wide detection frequency range of 2 kHz to 48 kHz, ii01 supports the most common industrial applications such as compressed air leak detection and air tightness inspection across a range of environments. A dedicated leak mode simplifies operation by enabling rapid detection in the optimal frequency band with a single key, while real‑time dB value display at the target center point provides additional diagnostic insight.

“Maintenance teams are under increasing pressure to improve efficiency, reduce energy waste, and prevent costly downtime, yet many critical issues remain hidden until they become larger operational challenges,” said Vineet Thuvara, Chief Product Officer at Fluke. “Advanced diagnostics should not be limited by complexity, cost, or accessibility. The ii01 Acoustic Camera brings professional acoustic imaging to more technicians through a compact, mobile solution that helps teams quickly identify issues, make faster decisions, and shift from reactive troubleshooting to more proactive maintenance strategies.”

The ii01 is engineered as a truly mobile-first inspection tool. It connects directly to an Android smartphone or tablet via USB‑C, enabling plug‑and‑play operation without complex configuration. Weighing approximately 50 grams with a compact, rugged design, the device is optimized for use in demanding industrial environments while remaining easy to carry and deploy in the field.

The camera supports image and video capture directly on the user’s Android device, with seamless sharing and reporting capabilities that enable faster communication and collaboration across teams. The ii01 works with the Fluke iSee™ application, which provides a simplified user interface for capturing images and videos, analyzing acoustic data, and sharing results quickly. This connected workflow allows technicians to move efficiently from inspection to reporting, helping reduce downtime and improve maintenance productivity.

For more information on the Fluke iSee™ Mobile Series, please ii01 Acoustic Camera for Android, along with Fluke’s comprehensive line of thermal imaging solutions, is available for purchase through your local distributor or at Fluke.com.

About Fluke
Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes. Fluke is a registered trademark of Fluke Corporation. For more information, visit the Fluke website.

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FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website.

For more information:

Dave Smith

Fluke Corporation

dave.smith@fluke.com

Olivia Kline

Fluke Corporation

olivia.kline@fluke.com

Q: What is the Fluke ii01 Acoustic Camera?

A: The ii01 Acoustic Camera is a compact, mobile acoustic imaging solution and the first product in the Fluke iSee™ Mobile Imaging Series. Designed for Android™ devices, it uses Fluke SoundMap™ technology and high-precision sensors to help technicians quickly locate sound sources, visualize acoustic data, and identify potential issues in the field.

Q: What are the key benefits of the ii01 Acoustic Camera?

A: The ii01 helps maintenance teams quickly detect compressed air leaks, and uncover issues before they lead to costly downtime. Its plug-and-play design, mobile workflow, and integrated reporting capabilities make professional acoustic diagnostics faster, simpler, and more accessible.

Q: How does the ii01 address customer pain points?

A: Maintenance teams are under pressure to reduce energy waste, improve efficiency, and prevent unplanned downtime, but many problems remain hidden until they impact operations. The ii01 puts professional acoustic imaging in more technicians’ hands through an affordable, pocket-sized solution that enables faster detection, smarter decisions, and a shift from reactive repairs to proactive maintenance.

EVERETT, Washington, August 18, 2026 – Calibration laboratories are under growing pressure to do more with fewer resources while managing disconnected systems, manual workflows and increasing compliance demands. To address these challenges, Fluke today announced the latest release of CalStudio, headlined by CalStudio Conduit, a no-code workflow and integration platform that connects calibration data with hundreds of business applications. The new capabilities help laboratories automate workflows, reduce manual effort and improve productivity without the need for custom software development.

Rather than forcing customers into a single monolithic platform, CalStudio Conduit is designed to integrate with the business systems organizations already use. Customers can automate approvals, synchronize data, enforce business rules and eliminate repetitive manual tasks while maintaining the flexibility to tailor workflows to their own operations.

For example, CalStudio Conduit makes it easier for laboratories to automate common processes that would otherwise require manual intervention or custom software development. For example, when a calibration job is completed and a device is found to be out of tolerance, CalStudio can automatically trigger an email notifying the customer so they can take the appropriate action. Similarly, when equipment is returned from calibration, CalStudio can automatically update business systems such as SAP or Oracle with the equipment’s next calibration due date, eliminating manual data entry and helping ensure critical information stays current across systems.

The latest release of CalStudio also extends that focus on efficiency to the physical tools and equipment that support laboratory operations. Tool Crib addresses the costly, time-consuming challenge of managing shared tools and test equipment by giving organizations visibility into who has equipment, monitoring checkout history and tracking when items are due back. Developed in response to customer feedback, this new capability helps reduce misplaced or unavailable equipment, minimize time spent searching for tools and improve utilization of shared assets. Additional enhancements include granular location asset management for tracking equipment across facilities, rooms and storage locations, as well as usability improvements that simplify calibration procedure authoring and help technicians work more efficiently.

“Calibration laboratories are entering a new era where digital connectivity, automation and flexibility are essential to improving efficiency and meeting evolving business demands, said Vineet Thuvara, Chief Product Officer at Fluke. “Working closely with our customers, we developed CalStudio Conduit to help laboratories automate workflows, connect critical data and gain greater visibility into their operations. By delivering a flexible platform that works with the systems organizations already use, CalStudio enables laboratories to modernize today while building the foundation for the future of calibration management.”

New CalStudio Features Enable Smarter, More Efficient Calibration Management:

• CalStudio Conduit: A low-code workflow automation and integration platform that connects CalStudio with hundreds of business applications, enabling laboratories to automate processes, synchronize data and eliminate repetitive manual tasks without custom software development.
• Tool Crib: A customer-driven capability that helps organizations track shared tools, monitor checkout history and improve accountability, reducing the time and cost associated with lost or misplaced equipment.
• Advanced Location Asset Management: Provides detailed, hierarchical tracking of assets across facilities, buildings, rooms and storage locations, helping technicians quickly locate critical equipment and improve asset visibility.
• Enhanced Procedure Authoring and User Experience: Simplifies the creation and management of calibration procedures with a more intuitive interface, reducing administrative effort and helping technicians work more efficiently.

To learn more about the latest release of CalStudio, please visit Fluke Calibration YouTube channel or visit CalStudio Calibration Management Software.

About Fluke 

Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes. 

# # #

FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website. 

For more information:

Dave Smith 

Fluke Corporation 

dave.smith@fluke.com

Olivia Kline

Fluke Corporation

olivia.kline@fluke.com

     Q: What is CalStudio?

A: CalStudio is Fluke's calibration management software platform that helps organizations manage calibration workflows, equipment, assets and compliance activities from a single solution. It enables calibration laboratories to streamline operations, improve asset visibility and maintain accurate records while integrating with existing business systems. The latest release expands these capabilities with workflow automation, business system integrations and enhanced asset management.

Q: What are the major new features in the latest CalStudio release?

A: The latest CalStudio release introduces powerful new capabilities that streamline calibration management and improve operational efficiency, including no-code workflow automation and third-party integrations, tool crib and asset location management, an enhanced calibration procedure authoring experience, and customer-driven enhancements that address real-world operational needs.

Q: What are the key benefits of the new CalStudio release for customers?

A: The latest CalStudio release helps calibration laboratories boost productivity, reduce manual effort and gain greater operational control by automating workflows, integrating seamlessly with existing business systems, and supporting configurable processes tailored to each organization's needs. Enhanced tool and asset tracking improves visibility and accountability, while simplified calibration procedures reduce administrative work so technicians can focus on higher-value tasks.

New Fluke TLPV2 Solar Test Lead Set Eliminates Risky Live-Box Voltage Measurements in Operating PV Systems

 New Y-style MC4 test leads enable safer operating voltage measurements on live PV systems without opening energized enclosures

 EVERETT, Washington, July 21, 2026 – The new Fluke TLPV2 Solar Test Lead Set from Fluke Corporation gives solar technicians a safer way to measure operating voltage on energized photovoltaic (PV) systems without opening electrical enclosures or working around exposed live connections. Designed to enable touch-safe voltage measurements directly from PV module connections, the TLPV2 helps technicians capture critical performance data while systems remain operational.

 As solar installations continue to grow in size and complexity, safely troubleshooting energized systems has become more critical than ever. Featuring a unique Y-style design with official Stäubli MC4 connectors that install directly in-line with PV modules, the Fluke TLPV2 Solar Test Lead Set transforms how technicians test live solar systems. It enables touch-safe operating voltage measurements and faster diagnostics while systems remain energized, all without opening live electrical enclosures or increasing exposure to electrical hazards.

“As solar systems become more complex, the tools technicians rely on must evolve to make safety non-negotiable,” said Will White, Senior Solar Product Manager at Fluke. “The TLPV2 represents a new approach to PV troubleshooting, one that delivers the visibility technicians need while reducing exposure to energized equipment. We’re helping customers solve problems faster while raising the standard for safety across the solar industry.”

The Fluke TLPV2 delivers several key benefits for solar installation, maintenance and troubleshooting professionals:

• Improved technician safety by enabling operating voltage measurements without opening energized combiner boxes or inverters.
• Touch-safe testing with official Stäubli MC4 connectors and fully shrouded banana plug connections.
• CAT III 1500 V / CAT IV 1000 V safety ratings for use in demanding solar environments.
• Real-time operating voltage measurements that help technicians diagnose performance issues while systems are actively generating power.
• Compatibility with Fluke solar measurement tools, including the Fluke 393 FC Solar Clamp Meter, 283 FC/PV multimeter, and other meters accepting 4 mm shrouded banana plugs.
• Durable gold-plated contacts designed for long service life and reliable performance in the field.
• Included PV unlocking tool for safe disconnection of MC4 connectors during maintenance activities.

The TLPV2 Solar Test Lead Set is ideal for PV system commissioning, inverter verification, troubleshooting, maintenance inspections, energy audits and system performance evaluations where operating voltage measurements are required.

For more information about the Fluke TLPV2 Solar Test Lead Set, please visit TLPV2 Solar Clamp Test Lead Set..

About Fluke 

Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes.  

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FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website. 

For more information:

 US: Dave Smith 

Fluke Corporation 

dave.smith@fluke.com

EMEA: Olivia Kline

Fluke Corporation

olivia.kline@fluke.com

What is the Fluke TLPV2?
The Fluke TLPV2 Solar Test Lead Set is a Y-style MC4 test lead solution that enables solar technicians to safely measure operating voltage on energized PV systems without opening electrical enclosures. It helps simplify troubleshooting by providing real-time system measurements while keeping technicians away from live electrical components.

 What are the safety-critical features of the TLPV2?
The TLPV2 enables touch-safe operating voltage measurements outside energized electrical enclosures and is rated CAT III 1500 V / CAT IV 1000 V for demanding solar environments. Its Stäubli MC4 connectors and fully shrouded banana plugs help provide secure, reliable connections during testing.

What are the major features of the TLPV2?
Key features include a Y-style in-line design for PV modules, official Stäubli MC4 connectors, compatibility with Fluke solar test tools, durable gold-plated contacts, and a design optimized for solar installation, maintenance, and troubleshooting applications.

Norwich, UK, July 9, 2026 – Fluke Corporation, has helped UK-based solar installation company, Advanced Renewable Power (AR Power), to ensure the safer and more accurate installation of solar photovoltaic (PV) systems through use of its measurement tools.

AR Power delivers safe, high-quality commercial solar PV installations, providing reliable and efficient energy solutions for commercial and industrial customers. As demand for commercial solar PV continues to grow, AR Power needed to provide swifter maintenance while ensuring work remained safe and reliable. Its existing tools could not accurately measure the high voltages in solar PV systems, and a lack of wireless connectivity meant all data had to be manually recorded, a process that was both time-consuming and prone to errors.

Phil Armstrong, O&M Engineer at AR Power, says: “Our goal is to drive the adoption of renewable energy in organisations across the United Kingdom and support their transition to a cleaner, more sustainable future. The problem was that the measurement tools we were using were not designed specifically for high-voltage applications.”

AR Power recognised the need to provide its technicians with an essential toolset to perform tasks safely and efficiently in high-voltage environments. To do this, it deployed the Fluke 283 FC True-RMS CAT III 1500 V Digital Multimeter and the 283 FC True-RMS Wireless Current Clamp.

“Fluke has been a market leader in industry for test equipment for many years and is our go-to brand because of build quality and reliability of tools backed by excellent service from our Fluke representative,” Armstrong continues. “By integrating the Fluke 283 FC Digital Multimeter and the a283 FC Wireless Clamp into our toolkit, we have significantly enhanced our ability to deliver high-quality, safe, and efficient solar PV installation and maintenance services.”

The Fluke Multimeter provides AR Power with highly accurate voltage measurements crucial for precise frontline troubleshooting. It also ensures accurate, reliable, and repeatable results, enhancing confidence in measurement outcomes. When connected to the a283 FC Wireless Clamp, the Multimeter measures voltage and current simultaneously, automatically calculating VA power, which significantly streamlines AR Power’s workflows.

Both tools transmit measurements to Android and iOS smartphones via the Fluke Connect app, which provides operators with access to live readings and historical data from any location, enabling immediate analysis and decision-making. The software monitors data over time, helping AR Power identify potential issues before they become critical.

Claire Hu Weber, VP International Markets at Fluke adds: “We are pleased to support AR Power’s corporate mission to help companies and organisations reduce energy costs on their journeys towards Net Zero. At Fluke, we firmly believe solar and alternative energy are the future and aim to provide the tools that enable professionals to carry out their jobs safely and effectively. We are committed to the continuous roll out of tools and support for solar engineers at every level.”

Two key features of the Fluke tools that make them user-friendly for operators are the visual and audio polarity indicators and a user-defined limit gauge. The indicators are useful for quickly identifying measured voltage polarity, which is crucial for ensuring correct connections and preventing potential system damage. A prominent flashing red backlight provides a clearer warning than a standard backlight, meaning operators do not solely rely on an audible warning that could be missed in noisy environments.

Fluke’s devices have significantly contributed to operational improvements throughout the business and reduced the time required for diagnostics and maintenance. As AR Power continues to grow, it anticipates the need for additional devices to support its expanding operations and maintenance department.

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About Advanced Renewable Power

Established in 2011, AR Power is dedicated to providing commercial solar installations to businesses and organisations across the North East. They have been installing commercial solar panels for over a decade with a focus on helping commercial clients save money on their energy bills and offset their carbon footprint, allowing them to achieve Net Zero targets. For more information visit the AR Power website. 

About Fluke 
Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes. FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website.

Press Contacts:

Olivia Kline, EMEA

olivia.kline@fluke.com

Dave Smith, US

dave.smith@fluke.com

Q:What does Advanced Renewable Power do?

A: Advanced Renewable Power (AR Power) is a UK-based commercial solar PV installer that designs, installs, and maintains solar energy systems for commercial and industrial customers. The company focuses on helping organizations reduce energy costs, lower their carbon footprint, and progress toward their Net Zero goals.

Q: Why did AR Power choose to use Fluke tools?

A: AR Power needed tools designed to safely and accurately test high-voltage solar PV systems. Fluke's connected test tools improved safety, reduced manual data collection, and helped technicians complete diagnostics and maintenance more efficiently.

Q: Which Fluke tools is AR Power using and how are they used?

A: AR Power uses the Fluke 283 FC True-RMS CAT III 1500 V Digital Multimeter and the Fluke a283 FC True-RMS Wireless Current Clamp to safely test and troubleshoot high-voltage solar PV systems. Together, they measure voltage and current simultaneously, automatically calculate VA power, and wirelessly share data through the Fluke Connect app for faster diagnostics and maintenance.

Fluke Helps Solar Installers Take the Risk Out of Rooftop Panel Installation with New PV Module Lift

Innovative lifting solution eliminates the need to carry solar panels up ladders, reducing installer fatigue and supporting OSHA ladder safety requirements

EVERETT, Wash., July 8, 2026 — As rooftop solar installations continue to accelerate worldwide, Fluke Corporation is introducing a safer, simpler approach to moving photovoltaic (PV) modules onto roofs with the Fluke PV Module Lift™, a portable solution designed to reduce installer fatigue, improve productivity, and support Occupational Safety and Health Administration (OSHA) ladder safety compliance.

For solar installers, getting panels safely onto a rooftop remains one of the most physically demanding and overlooked aspects of the job. Because OSHA requires workers to maintain three points of contact when climbing ladders, the current method of carrying solar modules by hand creates both safety and compliance challenges. The Fluke PV Module Lift addresses this issue by providing a simple, reliable method for lifting solar panels to rooftops with an existing extension ladder.

"Solar installers shouldn't have to choose between productivity and safety," said Will White, Senior Solar Product Manager at Fluke Corporation. "The Fluke Module Lift gives crews a simple, practical way to move solar modules onto rooftops while reducing physical strain, supporting OSHA ladder safety requirements, and eliminating the complexity, cost, and setup time associated with traditional powered hoists. It's a solution that easily solves a challenge installers face every day."

Unlike traditional ladder hoists – commonly adapted from the roofing industry – the Fluke Module Lift requires no gas engine, electrical power source, or bulky equipment. The compact system fits easily in a service vehicle, sets up quickly, and costs significantly less than many powered alternatives, making it an ideal solution for residential and light commercial solar installations.

The Module Lift's patent module hook securely grips the frame of a solar panel to prevent lateral movement during lifting. Integrated ladder ramps help panels move smoothly over ladder transitions, while a built-in braking mechanism prevents the module from sliding back down the ladder if the lifting rope is released prematurely.

Key Benefits of the Fluke PV Module Lift™

• Supports OSHA ladder safety requirements by eliminating the need to carry solar panels up ladders
• Reduces worker fatigue and physical strain during rooftop installations
• Sets up in less than five minutes by a single installer
• Lightweight, rugged, and easy to transport
• Compatible with existing Werner or Louisville fiberglass extension ladders
• Requires no electricity, fuel, or external power source
• Available with 60-foot and 80-foot rope configurations

For more information about the Fluke TMPV2 Module Lift, please visit  Fluke PV Module Lift.

About Fluke 

Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes.  

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FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website. 

For more information:

US: Dave Smith 

Fluke Corporation 

dave.smith@fluke.com 

Fluke Corporation Press Room

EMEA: Olivia Kline

Fluke Corporation

olivia.kline@fluke.com

Fluke Corporation Press Room

Q: What problem does the Fluke PV Module Lift solve?
A: The Fluke PV Module Lift eliminates the need for installers to carry solar panels up ladders, helping address a common safety, compliance, and fatigue challenge in rooftop solar installations.

Q: How does the Fluke PV Module Lift benefit solar installation crews?
A: The Fluke PV Module Lift helps crews work more safely and efficiently by reducing physical strain, supporting OSHA ladder safety requirements, and simplifying the process of moving panels to rooftops.

Q: What makes the Fluke PV Module Lift different from traditional ladder hoists?
A: Unlike many powered hoists, the Fluke PV Module Lift requires no electricity or fuel, sets up in less than five minutes, uses ladders installers already own, and provides a lightweight, cost-effective solution for residential and light commercial solar projects.

The UK’s Industrial Strategy: One Year On 

Paraic O’Lochliann, VP of eMaint, a Fluke Corporation Brand: 

"One year on from the launch of the UK's Industrial Strategy, the argument for strengthening domestic manufacturing has become much harder to ignore. Recent geopolitical tensions and continued pressure on global supply chains have shown how important it is for the UK to have the skills, infrastructure and industrial capacity to stand on its own two feet.

There are encouraging signs. The strategy has helped bring industry back into the national conversation, creating momentum around investment and workforce development. But many manufacturers are still waiting to see those ambitions translate into tangible support on the ground.

Skills remain one of the biggest challenges affecting businesses. Fixing the apprenticeship system is a start, but alone, it won’t be enough. Our research found that only 32% of manufacturers have hired or trained staff through government-backed programmes, despite 90% saying skills shortages are having a direct impact on their organisation. Closing industrial skills gaps requires a bold, integrated approach that brings together education, industry and government to rapidly upskill the existing workforce and grow the future one.

The same applies to technology adoption. If UK manufacturers are going to compete globally, they need greater support to invest in the tools and innovation that drives resilience. Despite significant public investment in industrial policy, fewer than one in three manufacturers report receiving direct grant funding, with the UK trailing competing markets when it comes to incentives for R&D.

If the UK is serious about reshoring, reindustrialisation and long-term resilience, the next phase of the Industrial Strategy must focus on delivery. Manufacturers need easier access to funding, stronger support for workforce development and greater incentives to invest in innovation. The ambition is there, but turning that ambition into lasting economic growth will depend on how effectively businesses are enabled to act on it."

UK response to the UK Industrial Strategy

• The majority (61%) of UK respondents said they’d benefitted from the UK’s Industrial Strategy
• However, fewer than 1 in 3 manufacturers say they’re seeing the money, with only 28% of respondents receiving direct grants
• The UK also lags other regions in offering R&D tax incentives or credits. 24% said they’d benefitted from these in the UK, compared to 28% in Germany and 34% in the US
• Despite some welcome nods toward skills reform in the strategy, only 32% have hired or trained staff through government-supported programs
• However, it remains a key issue. When asked what barriers are preventing your workforce from being enabled to use technology, 35% respondents said inadequate training or support

Survey methodology

The survey, conducted by Censuswide on behalf of Fluke, surveyed 600 respondents representing manufacturing firms across the Food & Beverage, Oil & Gas, Life Sciences, and Automotive industries operating in Germany, the UK, and the US. Of this sample, 199 respondents were from the UK.

EVERETT, Washington, June 29, 2026 – eMaint, the Computerised Maintenance Management Software (CMMS) and Enterprise Asset Management (EAM) software product from Fluke Corporation, today announced the launch of its Global Partner Network.  The program formalizes eMaint’s partner ecosystem for the first time, enabling customers to access a broader network of trusted experts, technologies, and services that help accelerate maintenance excellence and asset performance.

As industrial organizations modernize their maintenance and reliability programs, they need more than software, they need deep expertise, industry-specific knowledge, and services that help turn technology into measurable operational outcomes. eMaint’s Global Partner Network gives partners a clear, consistent framework to collaborate with eMaint, expand customer impact, and help organizations improve asset reliability, operational efficiency, and long-term performance.

The program provides partners with structured training, certification, enablement, incentives, and go-to-market support. Customers will benefit from faster implementation, stronger adoption support, expanded local expertise, and solutions that help improve uptime, standardize maintenance practices, and maximize the value of their eMaint investment.

“This is a defining moment for eMaint,” said Jay Hack, Vice President and General Manager of eMaint, “We are formalizing a global partner ecosystem that reflects the scale of our business and the growing demand we see from industrial organizations. Our partners will play a critical role in helping customers move faster, adopt more effectively, and achieve measurable value from their maintenance programs.”

The launch builds on eMaint’s established position in industrial maintenance software and creates a stronger foundation for continued growth. By formalizing its partner ecosystem, eMaint is expanding its ability to serve customers across regions, industries, and maintenance maturity levels.

Partners will be empowered to support customers across key industries, including Manufacturing, Life Sciences, Food and Beverage, Automotive and Oil and Gas. helping organizations modernize maintenance operations and improve reliability.

Joe Cateno, Practice Director at Elevotec, an eMaint Partner, said: “eMaint has built strong credibility with industrial maintenance teams, and this program gives partners a clear path to bring that value to more customers. As demand grows for scalable maintenance solutions, we see a significant opportunity to help organizations modernize their operations with eMaint.”

The program reinforces eMaint’s commitment to building a partner ecosystem that can deliver targeted solutions across key industries. As customer needs continue to evolve, the program ensures partners are equipped to respond with practical, measurable support.

“We’re building a world-class channel organization focused on customer outcomes, partner success, and scalable growth,” said Chris Lund, Indirect GTM and Channel Lead at eMaint. “Partners have been integral to our success, and this program represents our commitment to helping them grow, differentiate, and drive even greater impact for customers globally.”

The new program builds on growing momentum across eMaint’s partner ecosystem, including:

·       Scaled partner presence globally with 25 new partners onboarded across Western and Central Europe, South America, and Canada.

·       Strengthened the partner ecosystem by training 46 partners on eMaint in Bonita Springs and Eindhoven, with a new certification program planned for late 2026.

·       Extended partner-led service capabilities across priority industries, including Life Sciences, Discrete and Process Manufacturing, Facilities Management, Power Generation, Transportation, and the Public Sector.

With the Global Partner Program, eMaint is creating a more connected and scalable partner ecosystem designed to accelerate customer value and support the future of industrial maintenance.

For more information on eMaint’s Partner Network, please visit: https://www.emaint.com/cmms/emaint-partner-program/ 

About eMaint

eMaint Computerized Maintenance Management System (CMMS) and Enterprise Asset Management (EAM) is an award-winning software for work orders, PM scheduling, asset management, spare parts inventory, condition monitoring.

About eMaint’s Partner Network

The eMaint Partner Network is a global ecosystem of trusted partners who innovate, sell, implement, and deliver strategic consulting services. By combining industry‑specific expertise with deep platform knowledge, our partners help organizations improve asset reliability, operational efficiency, and long‑term performance across all industries.

Find out more here: https://www.emaint.com/cmms/emaint-partner-program/

About Fluke 

Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes.  

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FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website. 

Q: Why is eMaint launching a Global Partner Network now?

A: Customers need more than software—they need trusted experts who can help deliver measurable maintenance and reliability outcomes. By formalizing our global partner ecosystem, we're expanding access to qualified partners who can accelerate implementation, strengthen adoption, and help customers realize greater value from eMaint.

Q: What are the benefits of the Global Partner Network for partners?

A: The program gives partners the training, certification, enablement, and go-to-market support they need to grow their business with eMaint. It helps them differentiate their services, expand into new markets, and deliver greater value for customers while building long-term relationships.

WHAT: Fluke Corporation will showcase its newly launched AI-powered eMaint CMMS/EAM solutions at Maintec 2026 in booth M30. Fluke will demonstrate how practical AI can help maintenance teams reduce manual work, accelerate decision-making, and improve operational reliability. Designed around real-world maintenance challenges, the latest eMaint capabilities bring AI directly into everyday workflows to help technicians quickly access asset data, automate documentation processes, and streamline work execution.

WHEN: June 3–4, 2026

WHERE:

Maintec 2026
NEC Birmingham
Birmingham, United Kingdom

Fluke Booth: M30

eMaint AI-powered capabilities include:

• Natural language access to maintenance data across work orders, assets, parts, and maintenance history
• AI-generated SOPs and preventive maintenance procedures from manuals and technical documentation, reducing PM creation time by up to 50%
• AI-guided workflows to improve consistency, safety, and knowledge sharing
• Voice-enabled work order creation that converts spoken requests into structured maintenance tasks
• AI-powered multilingual guidance that transforms complex OEM manuals into concise, on-demand answers for technicians in the field

Visitors to the Fluke booth will experience live demonstrations of how eMaint helps maintenance teams unlock technician capacity, reduce administrative burden, and shift more time toward higher-value maintenance activities.

Featured Maintec Session

As part of Maintec 2026, attendees are invited to join Paraic O’Lochlainn, Vice President of Global Sales at Fluke, for a featured session at the Maintenance Solutions Theatre on Wednesday 3rd June at 11:00. “Busting the Myths Holding Maintenance Back” will challenge outdated assumptions around maintenance and explore how organizations can reposition maintenance as a strategic driver of reliability, productivity, and competitive advantage.

About Fluke Corporation

Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes.  

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FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website. 

Fluke Corporation today announced the launch of the Fluke FEV500, an all-in-one testing solution designed specifically for fast DC Level 3 EV charging stations. Unlike traditional AC chargers, these high-powered stations operate at extreme energy levels and rely on complex digital communication protocols, making safety, reliability, and uptime critical concerns for operators.

The FEV500 acts like a virtual electric vehicle, enabling technicians in the field to quickly perform comprehensive safety and operability tests on-site without the cost, complexity, or uncertainty of using an actual EV, helping ensure charging stations remain safe and importantly fully operational.

“With the FEV500, Fluke is redefining how fast DC EV charging stations are tested and maintained,” said Theo Brillhart, Technology Director, R&D at Fluke Corporation. “Fast DC charging is the backbone of the EV transition but the truth is, reliability is still the industry’s weakest link. We built the FEV500 to close that gap. It replaces uncertainty with insight and turns testing from a bottleneck into a competitive advantage. If the EV industry wants to scale, it starts with trust and trust starts with reliability.

One in five charging stations in the U.S. is not operational*, indicating an urgent need to improve the nation’s charging network. For fleet operators, downtime can be costly, and for consumers, reliability is critical. The FEV500 makes testing more efficient by replacing the need for multiple tools – including a digital multimeter, insulation tester, and oscilloscope – while also providing technicians with guided instructions on critical testing criteria.

Key features of the FEV500 include:

• One-Tool Testing: The tool combines performance, interoperability, and safety checks in a single device. The FEV500 is designed to meet ISO 15118 and DIN SPEC70121 international standards for digital communication between electric vehicles and electric vehicle supply equipment.
• EV Simulation: The FEV500 tests the charging infrastructure without requiring an external power source. It can also simulate real-world charging and communication scenarios to validate interoperability and performance.
• Best Practice Standardization: The tool provides actionable data for regulatory compliance, maintenance planning, and performance forecasting. It delivers fast PASS/FAIL results with guided workflows, so technicians have access to best practices for commissioning, maintaining, and troubleshooting a fast DC station without the need for advanced training.
• User-Friendly Interface: Technicians can avoid the need for manual input, as the tool has an intuitive auto-test feature, and test data is input directly to the device. The FEV500 is also portable and provides clear guidance on what to test, even for complex fast DC stations.
• Time-Saving: Fleet operators and technicians can troubleshoot without needing to open the charging station, avoiding costly downtime. All tests can be conducted through a single connection point, with no disassembly required.

Built for field service technicians who are constantly on the move, the FEV500 features a rugged wheeled chassis for easy transport between depots and sites, along with a removable battery that makes it convenient for air travel. Backed by Fluke’s trusted accuracy, the FEV500’s dependable insights give commercial and fleet teams the confidence to keep EV stations running and able to power an always-on, energy-driven world.

For more information and to purchase the FEV500, please visit Fluke FEV500 Fast DC EV Charging Station Analyzer .

About Fluke

As the world leader in test and measurement equipment, software, and service, Fluke is committed to advancing sustainability at a global level. Growth in renewable energy industries requires precision measurement, quality control, and reporting capabilities for installation, maintenance, and service. Every day, Fluke customers stake their reputations on Fluke tools—it’s why they depend on Fluke’s reliability, accuracy, and commitment to help them extend their skills and professionalism.

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* Harvard Business School: The state of EV charging in America

FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website.

Fluke Corporation today released survey findings revealing a significant acceleration in digital maturity across manufacturing, propelled by a YoY increase in predictive maintenance adoption. Rising investment in Generative AI (36 percent) and Industrial AI (35 percent) underscores this transition, as organizations move beyond pilot programs toward production-scale impact.

The research, conducted by Censuswide, surveyed over 600 senior decision-makers and maintenance professionals in the U.S., the UK, and Germany. The findings show that within one-year, reactive maintenance remained flat at 36 percent. Proactive maintenance fell from 55 percent to 45 percent while predictive maintenance adoption doubled from 9 percent 18 percent, signalling a shift from traditional preventive models to data-driven execution.

The findings indicate this transition is being reinforced by increased capital allocation. Over the next 12 months, manufacturers are prioritizing technologies that deliver measurable operational impact quickly. The data shows a clear shift toward pragmatic investment: nearly eight in ten (72 percent) organizations now allocate 16–30% of their maintenance budgets to new technologies, with investment moving away from exploratory AI (44 percent in 2024) toward operational priorities including cybersecurity (37 percent), data management (36 percent), Generative AI (36 percent), and Industrial AI (35 percent).

However, the data shows a growing disconnect between technology adoption and workforce readiness. The results point to a deeper issue, with skills-related challenges accounting for approximately 78 percent of all reported obstacles, including lack of expertise (23 percent), knowledge shortages (18 percent), skilled labor gaps (19 percent), and broader workforce skills shortages (17 percent).

As manufacturers move from experimentation to execution, respondents show that expectations around Industry 5.0 are resetting accordingly. Confidence in near-term achievement has declined: the share expecting completion within six months fell from 33 percent to 22 percent, while 40 percent now anticipate a one- to four-year timeline.

Instead, the data suggests manufacturers are concentrating on what is achievable now. Nearly half of respondents (49 percent) plan to advance connected reliability initiatives within the next 12 months; signalling reliability as the practical bridge between near-term operational needs and longer-term Industry 5.0 ambitions.

 Parker Burke, President of Fluke Corporation, said: “Manufacturers are continuing to invest in digital technologies, but progress depends on how effectively those technologies are applied. Our findings show that reliability and workforce skills are now the critical factors in converting technology spend into measurable operational improvement. We need a solution to the skills shortage to supplement technology investment for the best results.”

Vineet Thuvara, Chief Product Officer, Fluke Corporation, added: “The progress is encouraging, but it’s not enough yet. Predictive maintenance is no longer a future ambition: it is the baseline. Manufacturer’s next challenge is scaling adoption and integrating it across the organization, ensuring these capabilities work in harmony across the organization, not in isolation.”

The survey, conducted by Censuswide on behalf of Fluke, surveyed 600 respondents representing manufacturing firms across the Food & Beverage, Oil & Gas, Life Sciences, and Automotive industries operating in Germany, the UK, and the US.

About Fluke
Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes. FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website.

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FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website. 

As artificial intelligence (AI) demand accelerates, new research from Fluke Corporation reveals a growing confidence crisis among data centre professionals, raising concerns about the sector’s ability to scale reliably.

A survey of more than 150 data centre professionals, conducted at Data Centre World London 2026, found that only 22% fully trust that their test and measurement data reflects real-world operating conditions. Confidence drops further under pressure, with just 19% expressing full trust in data accuracy during peak load or failure scenarios.

Several factors are driving this lack of confidence in infrastructure data. Skills and training gaps were cited as the biggest barrier (43%), followed by time pressures during commissioning (16%), inconsistent testing processes (11%) and budget constraints (10%).

The operational impact is already being felt. Half of respondents reported experiencing unplanned outages or major performance disruptions at least annually, with nearly one in five experiencing disruptions as frequently as monthly (10%) or weekly (8%).

Outdated testing equipment is compounding the issue, with nearly two thirds (65%) saying legacy tools increase the risk of downtime and compliance failures within their organisation.

Speed vs. compliance trade-offs emerge

The research exposes a widening gap between intent and execution. While almost all respondents agree that regular maintenance is critical to reducing downtime, only 28% have real-time or predictive monitoring in place across critical infrastructure such as power, cooling and networks. One fifth admit maintenance is conducted quarterly at most.

Adoption of advanced technologies also remains limited. Just 10% have fully implemented automation, AI diagnostics or predictive monitoring, while many remain in pilot (22%) or early-stage (19%) phases.

Pressure to deliver data centre capacity faster is also creating new risks. Forty-two percent of respondents said time pressures create occasional compliance risks, while 17% said they make it significantly harder to meet evolving connector and certification requirements.

“What’s striking here is that organisations already know what needs to be done. There’s broad recognition that regular maintenance and better monitoring are critical to reducing downtime, yet in practice, adoption is lagging,” said Mike Slevin, Senior Field Director, EMEA at Fluke Corporation. “That gap between awareness and action is where risk builds. When testing isn’t consistent and monitoring isn’t real-time, small issues can quickly escalate into outages.”

UK readiness in question as AI ambitions grow

The findings also cast doubt on the UK’s ability to support its ambitions to become a global AI leader. Only half of respondents believe the UK data centre sector is operationally ready to scale for AI, cloud and hyperscale demand over the next five years.

Additionally, just 7% believe the UK currently has the infrastructure resilience and operational standards required to support its “AI superpower” ambitions, with 28% pointing to significant infrastructure gaps.

“AI is redefining the demands placed on data centre infrastructure. With higher-density architecture and increasingly complex fibre environments, multi-fibre testing has become paramount as the margin for error narrows”, added Mike Slevin. “If organisations can’t confidently validate performance under real-world conditions, they risk building AI on unstable foundations. The challenge now is ensuring that capacity is resilient and ready for sustained demand.”

Methodology

The survey of more than 150 global data centre professionals was conducted at Data Centre World London 2026. Each respondent was asked the same eleven questions surrounding infrastructure confidence, data accuracy under real-world conditions, operational risk, and the testing, monitoring and maintenance practices used within their organisations.

About Fluke 

Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes.  

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FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website. 

Fluke Corporation today announced the launch of RotAlign Core and RotAlign Elite, two new laser shaft alignment systems under the flagship RotAlign brand.  

The new shaft alignment systems establish a simpler, two-product portfolio built on Fluke’s single-laser, dual-detector technology, enabling improved ease of use and broader scalability. Research conducted by Censuswide shows that downtime costs up to $1.7M per hour, with reactive events lasting as long as 72 hours and resulting in losses exceeding $42M per incident. Misalignment alone is responsible for up to 50% of unplanned downtime, while also increasing energy consumption and accelerating asset wear. 

At the same time, maintenance teams are under increasing pressure to do more with fewer resources, making avoidable rework such as retaking alignment measurements a critical inefficiency. 

RotAlign Core and RotAlign Elite were designed to address these challenges and support the shift toward predictive maintenance. New software-driven capabilities include customizable reporting, direct email alerts, ROI calculator, and an exclusive video replay feature. Available on RotAlign Elite, video replay allows users to remove disruptive measurements without retesting, delivering measurable time savings, faster jobs, and protected uptime. 

Vineet Thuvara, Chief Product Officer at Fluke Corporation, said, “Manufacturers today aren’t short on data, they’re short on insight and provable returns. RotAlign Core and Elite were built to eliminate costly rework, preserve critical expertise as the workforce changes, and help organizations move from reactive maintenance to predictive strategies with measurable ROI.” 

Thuvara continued, “That challenge is only intensifying. Maintenance professionals are retiring at an accelerated rate, and tools must not only capture measurements, but also technical and strategic expertise. We are actively innovating to combat that change by building in usability features and simplifying tools to break down barriers to entry in the market.”  

RotAlign Core and Elite’s key capabilities include: 

• Faster and Easier Setup: Single-laser technology requires only one sensor and one laser to set up which eases installation of the measurement equipment
• Avoids the Need for Guesswork-Based Pre-Alignments: Single-laser sensor technology with Freeze-Frame Measurement handles large misalignments, eliminating manual pre-alignments and documenting the initial misalignment condition
• Improved Precision and Accuracy: Single-laser systems use a single sensor with two optical planes to maintain target precision over long distances, even with extreme misalignments, enhanced by Freeze Frame
• Simultaneous Live Move: Single-laser sensor technology allows technicians to see alignment corrections in real time simultaneously in both vertical and horizontal planes across the full sensor detection surface
• One Live Move: Single-laser sensor technology prevents divergence, maintaining contact over long distances to avoid repetitive adjustments and multiple measurements. 

Both solutions offer scalability and future-proofing, allowing customers to upgrade sensors without replacing their ruggedized tablet. Please visit RotAlign Core | Pruftechnik for more information.  

About Fluke 

Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes.  

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FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website. 

FAQ

What is Fluke Corporation’s alignment line?

RotAlign is Fluke Corporation's alignment line which features the RotAlign Core and RotAlign Elite product offerings.

Why did Fluke consolidate the company’s alignment line?

RotAlign Core and RotAlign Elite introduce a simpler, two-product portfolio built on Fluke’s single-laser, dual-detector technology, enabling improved ease of use the high value RotAlign technology across the complete product portfolio, and broader scalability.

What are the benefits of RotAlignCore and RotAlignElite?

Benefits of RotAlign Core and RotAlign Elite include customizable reporting, direct email alerts from the ruggedized tablet, and a built-in ROI calculator that quantifies energy and cost savings. Additionally, the Elite tool includes exclusive video replay technology and lets users review tests, remove disruptive measurements, and avoid retaking alignments which results in saved labor hours.

Fluke Corporation today announced the SmartTrace™ 2082 Series of Underground Locators, the Company’s new underground utilities locator solution that integrates with ProStar’s® (TSXV: MAPS) (OTCQB: MAPPF) PointMan® platform to track and map hard-to-locate underground assets.

By pairing SmartTrace with the PointMan app, field teams can capture precise location data and digitally document underground infrastructure in real time. With the launch of SmartTrace, Fluke aims to address common industry challenges in asset location, providing a solution that can quickly and safely identify underground assets, minimize delays, and help prevent costly damage and safety hazards.

The SmartTrace 2082 Series of Underground Locators provides precise information on the location, depth, and path of underground cables and pipes, enabling workers to identify unknown assets and prevent damage before excavation. Designed for accurate tracing and fault detection, SmartTrace pinpoints issues such as ground faults, sheath faults, and coating defects on pipelines or cables in direct contact with the ground. By locating where metallic conductors touch earth ground faults or leakage currents occur—such as from corrosion or damaged joints—the system enhances safety, efficiency, and troubleshooting accuracy in the field.

SmartTrace detects these assets by injecting signals into to these assets up to 6 meters deep to identify their locations. The product seamlessly integrates with the PointMan app via Bluetooth to allow users to map and document utility locations accurately on their smartphone. The geolocation feature enhances precision and enables effective tracking in real time, as well as providing future reference points for ongoing or upcoming projects.

“Accidental damage to underground utilities remains a major challenge, contributing to what the Common Ground Alliance reports as 400,000 to 800,000 utility strikes annually in the U.S. alone,” said Vineet Thuvara, Chief Product Officer at Fluke.  “To help teams work safer and smarter, SmartTrace represents the next step in digital utility management—bringing real-time accuracy and connected intelligence to one of the most critical stages of any project. By combining Fluke’s precision locating technology with the PointMan app, workers can now map, track, and verify underground assets with confidence, reducing risks, preventing costly disruptions, and driving measurable efficiency gains on every site.”

Key benefits include:

·       Safest tracing methods: Only underground utilities locator with CAT IV 600V transmitter in the market

·       Intuitive und smart: The user-friendly transmitter automatically selects the appropriate locating function based on the connected accessories and offers selectable frequencies

·       Mapping and documenting needs: Compatible with PointMan, the leading software solution for underground utilities mapping.

“SmartTrace represents a powerful step forward in helping field teams safely and accurately locate underground infrastructure,” said Page Tucker, CEO and founder of ProStar. “Our partnership with Fluke combines industry-leading locating technology with our PointMan precision utility mapping solution, enabling organizations to precisely capture, manage, and protect critical underground assets while reducing risk and costly delays.”

The SmartTrace Premium Kit includes a comprehensive hardware package designed to maximize productivity and streamline utility locating. With accessories such as mapping flags, a spray canister stick, an A-Frame, and a Signal Clamp, users have a complete toolkit for marking, documenting, and detecting utilities—even when direct electrical contact isn’t possible. When used with the transmitter, the A-Frame also enables accurate detection of sheath or ground faults, saving time and enhancing overall workflow efficiency.

For more information on the SmartTrace 2082 Series of Underground Locators, please visit SmartTrace Locator.

About Fluke

As the world leader in test and measurement equipment, software, and service, Fluke is committed to advancing sustainability at a global level. Growth in renewable energy industries requires precision measurement, quality control, and reporting capabilities for installation, maintenance, and service. Every day, Fluke customers stake their reputations on Fluke tools—it’s why they depend on Fluke’s reliability, accuracy, and commitment to help them extend their skills and professionalism.

About ProStar:

ProStar Geocorp is a leading provider of geospatial intelligence technologies with a mission to become the global standard for mapping and managing critical infrastructure. The Company delivers a Software-as-a-Service (SaaS) solution and an enterprise integration platform that transforms how critical infrastructure assets are identified, managed, and maintained worldwide.

ProStar’s flagship products, PointMan and LinQD, make infrastructure mapping and management more accurate, accessible, and connected than ever before. PointMan provides a powerful cloud and mobile precision mapping solution, while LinQD seamlessly integrates both emerging technologies and legacy systems into a single unified platform. By streamlining the management of critical infrastructure, ProStar’s solutions reduce risks, improve efficiencies, and support regulatory compliance in complex, high-stakes environments.

To learn more, visit www.prostarcorp.com

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* Common Ground Alliance Dirt Report

FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website. 

Fluke Corporation today announced several new AI features in its eMaint CMMS/EAM offering. Available now in beta environment to eMaint customers, the release brings purpose built artificial intelligence directly into the flow of everyday maintenance work — enabling maintenance teams to quickly access and analyze asset data, transform asset documentation into actionable tasks and procedures, and generate work requests based on voice messages.

Designed for practical, real-world application rather than complex experimentation, the innovation was designed specifically from customer feedback of what slows them down every day. The beta features underscore Fluke’s focus on delivering AI that drives immediate value on the plant floor.

"With this new version of eMaint, we’re bringing the power of artificial intelligence directly to maintenance professionals who keep operations running,” said Jay Hack, General Manager, Fluke Corporation. “This beta release isn’t about experimentation. It’s about transforming the way maintenance work gets done by turning complex data and manuals into actionable insights, while helping teams make smarter, faster decisions. It marks a new era in maintenance management by redefining what efficiency and reliability look like across the industry.”

The beta release introduces several high-impact AI capabilities designed to drive faster decisions, safer execution and greater workforce efficiency.

·       Instant answers from your own maintenance data

Talk to your data and instantly surface summarized insights across work orders, assets, parts, and maintenance history — all in one place. Refine, filter, or tailor AI-generated responses to focus on what matters most, and access AI-powered answers drawn from your documents and maintenance data directly in the eMaint mobile app, complete with voice input and hands-free support for technicians in the field.

·       Smarter work execution
SOP Builder auto-generates standard operating procedures and preventive maintenance tasks from manuals, document repositories, and other technical documents, this can reduce PM creation time by 50% or more. Once created, eMaint can prompt technicians to follow critical steps, improving consistency, safety, and knowledge capture across teams.

Documentation made actionable
The AI capabilities in eMaint transform complex Original Equipment Manufacturer manuals into concise, on-demand guidance. This enables technicians to ask direct questions and receive clear, multilingual answers that boost speed and confidence across skill levels. It also enables hands-free work order creation via voice, automatically translating recordings into structured work order requests so issues are captured instantly in the flow of work.

The release comes at a time when maintenance organizations face increasing pressure from skills gaps and workforce turnover. As experienced technicians retire, capturing and distributing knowledge has become a growing challenge across asset-intensive industries.

Fluke AI Accelerates Smarter Maintenance
The beta version of eMaint is already transforming maintenance in logistics and manufacturing by, delivering faster access to documentation, clearer insights from complex manuals, and mobile-ready support. Designed to fit seamlessly into existing workflows, the first-generation release helps technicians work more efficiently without needing AI expertise. By simplifying information access and promoting consistent task execution, the technology augments—not replaces—human expertise, enabling teams to focus on higher-value problem-solving. The capabilities are available now in beta to select customers, with broader rollout planned after continued refinement.

About Fluke Corporation

Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes.  

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FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website. 

Fluke Corporation and Washington State University (WSU) today announced they have signed a strategic partnership designed to better align engineering education with the evolving needs of industry. The agreement includes a significant donation of professional test and measurement equipment, the creation of the Fluke Engineering Lab at WSU Everett, and the standardization of Fluke tools across key engineering programs in the Voiland College of Engineering and Architecture.

The tools will be integrated into upper-level mechanical engineering courses in WSU’s Voiland College and deployed across five campuses. More than 4,000 students enrolled in the college will gain hands-on experience using the same tools widely used in manufacturing, utilities, and industrial environments. In addition, the Owen Science and Engineering Library in Pullman will allow students to easily check out Fluke equipment beyond the classroom, ensuring broad exposure and practical experience that strengthens their workforce readiness.

Fluke will also continue its longstanding mentorship program to connect WSU students with industry professionals for hands-on guidance, career development, and real-world engineering insight. The partnership reflects a shared commitment to closing the gap between academic preparation and workforce expectations, particularly as manufacturers and industrial operators face ongoing talent shortages and increasing technical complexity.

“Preparing the next generation of engineers takes more than classroom study; it takes real tools, real experience, and real connection to the industry.  By expanding access to Fluke technology across five campuses, we’re helping ensure graduates step into the workforce confident, capable, and ready to make an immediate impact. We are proud to partner with Washington State University as we strive to help prepare the next generation of technicians, electricians, and engineers for the workforce,” said Parker Burke, President of Fluke Corporation.

“Fluke has been an extraordinary partner to Washington State University for nearly four decades, and this expanded collaboration strengthens our shared commitment to preparing rising engineers to become industry leaders,” said Washington State University President Betsy Cantwell. “By establishing the Fluke Engineering Lab and integrating professional‑grade tools across our campuses, we are giving thousands of Cougs the chance to work with the same technologies used in the field. Partnerships like this accelerate hands‑on learning, drive innovation in engineering education, and ensure our students graduate ready to contribute from day one. This is exactly the kind of industry alignment that moves WSU and the communities we serve forward.”

Through the partnership, students at the college will gain access to more than 30 professional-grade Fluke tools spanning calibration, thermal imaging, digital multimeters, airflow meters, temperature scanners, and energy loggers. By training on the same advanced diagnostic and measurement technologies used across manufacturing, utilities, and industrial facilities worldwide, students will develop practical, job-ready skills in troubleshooting, predictive maintenance, and energy efficiency. The breadth of equipment ensures hands-on exposure to real-world scenarios, reinforcing WSU’s commitment to experiential learning while aligning engineering education with the evolving demands of industry

About Washington State University

Washington State University is a nationally recognized public research university committed to advancing knowledge, inspiring discovery, and preparing future leaders. As the state’s land‑grant university with campuses, research centers, and Extension offices across the state, WSU is dedicated to teaching, research, and outreach that strengthen Washington’s economy and improve the quality of life for people across the region and beyond.

About Fluke 

Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes.  

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FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website. 

Fluke Corporation, the world leader in compact, professional electronic test tools and software for measuring and condition monitoring including eMaint CMMS, invites maintenance and reliability professionals to attend Xcelerate 2026 – their predictive maintenance and reliability conference – hosted in Austin, Texas from March 9 – 11, 2026.

Whether early in your career or a skilled vet, Xcelerate is designed for every level of maintenance professional aiming to launch smarter, faster, and more reliable operations. Expect high-energy keynotes, networking opportunities, and sessions that spark fresh thinking on a myriad of topics including funding a reliability roadmap, women leading reliability, mastering preventive maintenance, advancing knowledge of Fluke tools and more.

Join keynote speakers on:

·       The Ascent, by Seven Summit climber Mark Pattison

o    Showing how building strong relationships, thinking smart through adversity, and pushing past limits with relentless determination leads to breakthrough success

·       Fluke’s Blueprint for Shaping Reliability’s Future with Vineet Thuvara

o    Uncovering the mindset shift needed to break down some of the myths holding maintenance back.

·       Reimagining Reliability with eMaint AI with Jay Hack

o    Unveiling the latest technology for maintenance technicians

·       Humanizing Intelligence with Joe Anderson

o    The connection between people, processes and systems and what that means in an AI future.

·       The Culture Shift: Leading Across Generations in Reliability with Will Ocean and Tommy Glesnes

o   How we can help maintenance teams along the change curve, how that differs between early in career and vets, with a global lens.

“The Xcelerate Conference brings together the brightest minds in manufacturing and reliability to educate each other, discuss new ideas, and prepare our industry for the future,” said Parker Burke, Group President, Fluke Corporation. “Each year, we provide the best event for what our professionals – from those just starting out to those who have dedicated an entire career– need to better their skillset and take home learnings that will improve the maintenance industry for us all.”

Schedule of Events

·       Monday, March 9 – Pre-Conference training sessions

o   Pre-conference attendees will begin their Xcelerate journey with exclusive courses on eMaint and Fluke Condition Monitoring & Industrial Imaging tools

·       Monday, March 9 – Thought Leadership Day

o   Thought leadership day is designed for senior decision-makers, offering curated insights and strategies to drive innovation and impact

o   Join Will Ocean, for an interactive dialogue on the Skills Exchange, where the younger generation meets industry leaders to help bridge the gap needed for the future of the industrial workforce.

·       Tuesday, March 10 through Wednesday, March 11 – Main Conference

o   Five unique tracks for conference attendees looking for insights and best practices on the future of asset management, maintenance and reliability alongside general session keynotes on the future of our industry.

Register here: https://reliability.fluke.com/xcelerate/

About Fluke

Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes. FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website.

FAQ

What is Xcelerate 2026 Conference?

Xcelerate 2026 is the leading predictive maintenance and reliability conference.

When is Xcelerate 2026 Conference and where does it take place?

Xcelerate 2026 is hosted in Austin, Texas from March 9 – 11, 2026.

 What are the benefits of attending Xcelerate 2026 Conference?

Attendees of Xcelerate 2026 can expect high-energy keynotes, networking opportunities, and sessions that spark fresh thinking on a myriad of topics including funding a reliability roadmap, women leading reliability, mastering preventive maintenance, advancing knowledge of Fluke tools and more.

About Fluke 

Founded in 1948, Fluke Corporation is the world leader in compact, professional electronic test tools and software for measuring and condition monitoring. Fluke customers are technicians, engineers, electricians, maintenance managers, and metrologists who install, troubleshoot, and maintain industrial, electrical, and electronic equipment and calibration processes.  

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FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website. 

Fluke Networks today announced the launch of CertiFiber™ Max, the industry’s first third-generation optical loss test set (OLTS) designed to meet the growing demands of high-density data center environments. Built on the trusted Versiv™ platform and integrated with LinkWare™, CertiFiber Max enables technicians to certify up to 24 fibers in under one second.

As fiber density increases and performance margins tighten; driven by AI, cloud, and next-generation digital infrastructure, contractors face mounting pressure to test and certify complex fiber systems quickly and accurately. Many existing tools struggle to keep pace, either limiting fiber counts or relying on fan-out cables and adapters that add time, complexity, and risk of error.

CertiFiber Max addresses these challenges with delivering faster testing, greater accuracy, and long-term flexibility through field-replaceable UniPort™ adapters. These offer native support for 12, 16, and 24 multi-fiber push-ons (MPO) as well as 16 and 24 MMCs (very small form factor multi-fiber connectors), including both pinned and unpinned configurations as data center architectures continue to evolve. UniPort™ adapters connect directly to a wide range of current and emerging connector types, protect tester ports from damage, and enable easy upgrading and replacement in the field extending the tester’s lifecycle, maintaining reliability in demanding schedules, and helping contractors avoid costly equipment replacement as fiber counts and standards continue to evolve.

“As AI reshapes data centers and the digital infrastructure they depend on, the margin for error in fiber networks is diminishing,” said Vineet Thuvara, Chief Product Officer at Fluke Corporation. “CertiFiber Max reflects our belief that trust in data center operations starts at the physical layer. Built on the proven Versiv platform trusted by thousands of certified technicians for more than a decade, it delivers native 24-fiber support giving teams the confidence to deploy and certify the high-density networks powering AI and cloud technologies at scale.”

As fiber density grows and performance demands rise contractors must test and certify faster, while anticipating higher density fiber counts and connector types such as MMC. Existing testers often struggle to meet these needs, either limiting the number of fibers supported or adding complexity with fan out cables and adapters. CertiFiber Max addresses these issues directly, giving technicians a tool designed for today’s data center realities and tomorrow’s requirements.

“MMC Connectors have achieved widespread adoption as AI data centers scale at unprecedented rates. Using high-performance TMT (three-row mechanical transfer) ferrule technology, MMC delivers triple the density of MPO connectors and offers mass-insertion solutions that accelerate deployment in today’s high-density networks,” said Charlie Stroup, Applications Engineering Manager at US Conec, a leader in providing passive components for high density optical interconnects. “As MMC deployments continue to expand rapidly, Fluke’s CertiFiber Max plays a critical role in supporting a robust MMC ecosystem, delivering reliable testing for next-generation AI networks.”

Designed for high-efficiency workflows in dense fiber environments, the solution measures loss, length, and polarity across multiple fibers in under a second while ensuring greater accuracy through the standards-recommended and manufacturer-preferred one-jumper reference method. According to David Newman, Manager, Group Products, Data Center Fiber at Panduit, a global leader in data center infrastructure, “Ultra-low loss standards required by AI, along with rising fiber counts and skilled labor shortages, are driving demand for faster, more accurate performance testing across the market.”

For more information on CertiFiber Max, please visit: https://www.flukenetworks.com/datacom-cabling/fiber-testing/certifiber-max-optical-loss-test-set.

Fluke Corporation is expanding its investment in the next generation of technical talent with a new five-year Memorandum of Understanding with the Indian Institute of Technology (IIT) Delhi.  

The agreement includes the donation of professional-grade Fluke electrical testing and measurement tools to IIT Delhi’s student-led Formula racing team, which designs and builds high-performance vehicles, including electric vehicles, for international competitions. The partnership is designed to give students hands-on experience with the same world-class tools used by engineers and technicians across industry today.

“This is about preparing students for the realities of modern engineering, not just the classroom,” said Vineet Thuvara, Chief Product Officer at Fluke Corporation. “With expanding needs of AI, automation, mobility, and renewable resources among others, there is a growing skills gap to build infrastructure globally. If we want the next generation to be ready, they need access to real tools, real data, and real challenges early in their careers. That’s what this partnership enables.”

Under the five-year partnership, Fluke becomes a Diamond Partner of the IIT Delhi Formula program, Axlr8r, reflecting a shared commitment to technical excellence, safety, and innovation.

“India has one of the deepest pools of engineering talent in the world, and programs like this are where that talent is shaped,” said Jaison Isaac, Managing Director, Fluke India. “A five-year commitment allows us to move beyond a single moment and build a lasting relationship with students and faculty - growing alongside the next generation of engineers.”

The IIT Delhi Formula team brings together students across mechanical, electrical, software, and systems engineering disciplines, offering a practical environment where theory meets application. For Fluke, the partnership reflects a broader focus on supporting engineering education, strengthening early-career pathways, and investing in the future of manufacturing and mobility.

"When students work with real industry partners and professional-grade tools, they don’t just learn what’s new—they learn to lead, and that gives them a competitive advantage," says Sumit K Chattopadhyay, Axlr8r faculty advisor and professor at the Department of Energy Science and Engineering, IIT Delhi.

“Engineering talent is built through experience,” Thuvara added. “We’re proud to support students who are building, testing, and learning by doing.”

For more information on Fluke products, please visit https://www.fluke.com/en-us.

Fluke Corporation today announced CalStudio, a software-as-a-service (SaaS)-based solution that transforms the way calibration labs operate by centralizing knowledge and procedures into a single, cloud-based platform. CalStudio empowers technicians to streamline workflows, enhance collaboration across multiple labs, and boost both efficiency and accuracy, driving a new era of productivity and operational excellence in the calibration industry.

Powered by Cubyt - the comprehensive database of technical data for measurement devices - CalStudio gives users instant access to the latest methods and updates from any location through a web browser. This shared, always-current database eliminates the need for standalone software or local installations, enabling multiple labs to work from the same set of procedures and data. As a result, technicians spend less time managing files and more time performing accurate, efficient calibrations, while also increasing billable hours and revenue opportunities.

“CalStudio represents a major step forward in how calibration labs operate,” said Michael Johnston, Software Portfolio Product Manager at Fluke Corporation. “By bringing all calibration procedures, data, and updates into one connected platform, we’re giving technicians the tools to work faster, collaborate seamlessly across locations, and focus on what matters most; delivering precise, high-quality calibrations that drive greater efficiency and profitability.”

Key capabilities in CalStudio:

·       Leverages Cubyt data, a comprehensive database of calibration procedures that provides lab technicians with instant, up-to-date access to standardized methods, enabling faster, more accurate, and consistent calibrations across multiple labs.

·       Simplifies procedure authoring with drag-and-drop, low-code/no-code tools making workflow creation faster and easier.

·       Authors calibration procedures once that lab technicians can run anywhere, with reference and configuration-agnostic flexibility.

Learn more about CalStudio on the Fluke livestream, Wednesday, November 5 at 12:00 PM ET / 9:00 AM PT on the Fluke Calibration YouTube channel or visit CalStudio Calibration Management Software.

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FLUKE is a registered trademark of Fluke Corporation. For more information, visit the Fluke website. 

For more information:

Dave Smith 

Fluke Corporation 

dave.smith@fluke.com

Fluke Corporation released new survey results exposing the true cost of downtime in United States industrial manufacturing. The findings reveal a silent crisis: more than half (55%) of U.S. manufacturers have been hit by unplanned downtime in the past year, reaching as much as $207M of capital impact per week. Downtime is not only frequent and prolonged, but also reflects vulnerabilities that threaten profitability, competitiveness, and board-level resilience.

The research, conducted by Censuswide, surveyed over 600 senior decision-makers and maintenance professionals in the U.S., the UK, and Germany. Among those affected, frequency is alarming: nearly half of U.S. survey participants reported 6-10 incidents each week; almost one in five (19%) face am enormous 11-20 incidents weekly. At the staggering average cost of $400K per hour, a single incident can equal up to $13.8 million in losses, or the equivalent of powering about 820 average factories for a week, 190 for a month, or one for nearly 16 years.

The impact is then compounded by duration, with 45 percent of respondents saying outages last up to 12 hours, while a further 15 percent experience incidents up to 72 hours.

At an average cost of $1.7M per hour, a single incident can reach up to $42.6 M in losses: the energy equivalent of powering 2,500 average manufacturing facilities for a week, or a single factory for nearly 50 years. These findings indicate that downtime is a recurring operational reality and a board-level risk to profitability and resilience.

On a global level, the risks are more acute within large enterprises, among organizations with more than 50,000 employees, 40 percent report experiencing 11–20 downtime incidents each week, and half (50 percent) endure up to 72 hours per incident.

This highlights an urgent need to accelerate strategies that reduce downtime and strengthen operational continuity. Despite the scale of the risk, however, the industry remains fragmented in its response. The findings show that U.S. manufacturers are scattering digital investments across multiple solutions to build resilience, including predictive maintenance (12 percent), digital twins (12 percent), and condition monitoring (13 percent).

Parker Burke, Group President, said: “Our research paints a sobering picture: manufacturers are caught in a cycle where downtime eats directly into competitiveness, and too many are stuck with fragmented fixes” he continued.

“The data makes clear that the frequency, duration, and cost of downtime expose systemic vulnerabilities in maintenance and reliability strategies. What once was viewed, as an operational inconvenience has become a risk to enterprise value. Without a clear path to scale digital investments, manufacturers' efforts risk being spread too thin to deliver meaningful resilience or return.

He concluded, “The findings underscore the urgent need for manufacturers to rethink reliability not as a maintenance issue, but as a boardroom priority critical to growth, competitiveness, and customer trust.”

Fluke Corporation, a leading provider of safe, rugged, and reliable industrial tools and integrated software, today announced the launch of the Fluke GFL-1500 Ground Fault Locator, a breakthrough technology designed to address some of the most persistent pain points faced by solar technicians. The Fluke GFL-1500 enables solar technicians to locate ground faults quickly, safely, using non-contact tracing—reducing the need for multiple disconnections and brute-force testing of individual strings.

In utility-scale solar systems, ground faults, which were responsible for 4.0% of all workplace electrical fatalities in the U.S from 2011 to 2023, are a common challenge often caused by environmental wear, aging infrastructure, or installation quality issues. These faults can lead to costly downtime and reduced energy output. By streamlining the fault-finding process, the Fluke GFL-1500 allows technicians to work more safely, faster, and without disruption—ensuring continuous clean energy production.

The Fluke GFL-1500 combines the power of a signal-producing transmitter with a non-contact detection clamp and a non-contact signal receiver to help technicians quickly and accurately pinpoint the location of active ground faults, even on complex arrays. The Fluke GFL-1500 enables technicians to identify the faulted branch and pinpoint the fault location within a string, without relying on detailed site maps or time-consuming test procedures.

 “The Fluke GFL-1500 marks a pivotal advance in non-contact ground-fault troubleshooting for solar technicians,” said Vineet Thuvara, Chief Product Officer at Fluke. “With solar generation surging 30% globally last year**—the fastest annual growth since 2017—there’s more urgency than ever to restore systems swiftly when faults occur. The GFL-1500 cuts through uncertainty, enabling technicians to pinpoint and resolve issues fast, minimize expensive downtime, and keep clean energy flowing. It’s built from on-the-ground insights to tackle the real challenges of today’s booming solar industry.”

Locating ground faults has traditionally been a time-consuming, manual, and challenging task for solar technicians. The Fluke GFL-1500 simplifies the process by offering:

·       Complete Workflow Coverage: The GFL-1500 provides a new end-to-end solution that is compatible with 1500V PV systems, locating ground faults anywhere between the inverter and the module.

·       Enhanced Safety: Technicians can troubleshoot with confidence by avoiding unnecessary interactions with energized systems, reducing the risk of injury or damage to system components.

·       Significant Time Savings: Early adopters reported significantly reducing the time to locate hard ground faults. These results will significantly reduce the time it takes to get solar sites back online, while freeing up technicians to tackle other tasks.

·       User-Friendly Design: Intuitive interface makes it easy to operate for solar technicians with varying levels of experience.

Fluke will be exhibiting at RE+  from September 8-11 in Las Vegas, Nevada. Please visit booth V2065 to receive a demo of Fluke products.

For more information and to purchase the GFL-1500, visit Fluke GFL-1500 Solar Ground Fault Locator | Fluke.

Fluke Networks, the worldwide leader in certification, troubleshooting, and installation tools for critical network cabling infrastructure, has enabled French startup ITCAB to save up to 10 days’ worth of technician time on large-scale projects using its advanced test solutions.

Founded in 2022, ITCAB is a fast-growing company specialising in the design and deployment of low-voltage cabling, providing copper and fiber optic cabling across a wide range of sectors. From defence and healthcare to data centres and logistics, the design and maintenance of its customers’ IT networks demands precision, efficiency, and reliability. Underpinning this is a set of stringent regulatory standards that the network cabling industry must adhere to. ITCAB requires the correct tools to ensure it meets the necessary compliance needs of its customers.

To uphold these standards from the outset, ITCAB chose to work with Fluke Networks to ensure that every network cabling installation completed is as durable and qualitative as possible with state-of-the-art measuring tools. The founders were familiar with Fluke Networks from earlier in their careers and were keen to continue working with tools that they knew they could trust.

Today, ITCAB’s technicians utilise four pieces of Fluke Networks equipment:

·       DSX-5000 CableAnalyzer^TM for RJ45 twisted pair infrastructures – enables technicians to carry out any required measurements in the field and anticipate potential compliance issues before they arise

·       OptiFiber^TM Pro reflectometer for fiber optic networks – helps technicians to work more efficiently using automated configuration, expert mode, and detailed event mapping

·       CertiFiber^TM Pro bi-directional duplex photometry solution – simplifies the certification process for fiber optic networks by performing efficient and accurate tests in data centres, LANs, WANs, and telecom networks

·       MultiFiber^TM Pro – intervenes on high-density fiber optic trunk infrastructures with MTP connectors

For ITCAB, one of the biggest strengths is Fluke Networks’ reliability. Consistent, accurate results are essential for assessing network performance. In addition, intuitive user interfaces simplify the measurement process, while LinkWare^TM reporting software streamlines data collection and analysis. Technicians can easily retrieve diagnostic data, perform detailed searches, and generate comprehensive reports which can be shared with technical teams and customers as required.

With Fluke Networks equipment, ITCAB saves an average of 15-30 seconds per test, which for projects requiring up to 10,000 tests represents around 10 days’ work saved for one technician.

“It’s extremely efficient – being able to make the right decisions at the right time can really speed up our work,” commented Mr Corentin Cunat, Founder and Co-CEO of ITCAB. “If we had chosen other products, we would have had many more tasks to manage, which would have slowed down the whole process and increased costs.”

“With rising demand for bandwidth and the constant evolution of technology, efficient testing, certification and troubleshooting tools have a measurable impact on productivity and customer trust,” added Nigel Hedges, Application and Technical Specialist at Fluke Networks. “Our solutions provide end-to-end visibility across copper, fiber and active networks, empowering teams to streamline workflows, simplify compliance and deliver better business outcomes. In today’s competitive landscape, investing in the right tools isn’t about keeping up – it’s about staying ahead.”

With ITCAB’s rapid growth, the demand for advanced testing equipment will only increase. To continue meeting customer expectations and stay ahead of evolving industry regulations, ITCAB is expanding its fleet of Fluke Network devices, ensuring it remains at the forefront of network testing solutions.  

“ITCAB significantly reduced time spent on documentation and troubleshooting, leading to better performance and higher customer satisfaction across multiple high-profile projects. This is the perfect example of how businesses can achieve more efficiency through smarter testing,” said Mr Hedges.

Learn how ITCAB achieved remarkable efficiency gains with Fluke Networks tools. Download the full case study to discover how smarter testing can help save time and improve performance.