Meet Andreea Vasiliu, our new Vice President of Global Sales! Andreea brings extensive international sales and leadership experience and knows Comet well from her previous roles within Plasma Control Technologies. During more than eight years with the company, she held several global and regional sales leadership positions, most recently as Director Sales EMEA and Vacuum Capacitors Global. Since 2024, she has served as General Manager Europe and RoW at VAT Group.

As electronics become more powerful and advanced packaging technologies more complex, manufacturers face the challenge of detecting ever-smaller defects without reducing throughput. Optical inspection methods cannot reveal the buried structures found in high-power electronics, chiplets, HBM, through glass vias (TGVs), and advanced 3D packages. X-ray inspection and automated X-ray inspection (AXI) provide the required visibility, but higher resolution and penetration have traditionally come at the expense of speed. Recent advances in micro and nano focus X-ray source technology are overcoming this trade-off by delivering higher photon flux, improved contrast-to-noise ratio, and faster imaging. In this post we review these developments in high-power electronics, where higher voltage and power are required to penetrate through dense structures while maintaining micro-scale imaging, and advanced packaging where increasing complexity from vertical integration and sub-micron resolution combine. We highlight how increased throughput can be achieved while maintaining reliable defect detection.

On a pipeline job, the X-ray system is chosen for the weld, not from a catalog. Pipe size and access determine how the crew can inspect it. The procedure sets what the image must show. Heat, weight and exposure time shape the working day. A poor choice can cost hours. A good one helps the crew get an image the inspector can assess without needless delay.

For two decades, the HP/11 has been the reference minifocus X-ray tube for high-resolution and high throughput radiography. The HP/15 keeps everything that made it trusted, and reengineers the rest for digital detectors, in-line inspection and computed tomography.

This is not primarily a story about a cooler leak - it is a story about what happens when insight arrives too late. About the cost of operating without remote access. About the difference between reacting to failures and preventing them. And about how weak signals only become meaningful over time when data is allowed to flow. At its core, this case shows why BLOX alone is not enough.

Aker Solutions in Verdal is one of Norway’s largest fabrication yards, where enormous steel jackets rise through thousands of welds, demanding nonstop coordination between production and inspection. The scale is matched only by the people behind it, families who stay for decades, generations working side by side, and inspectors who carry the responsibility for quality across massive structures.

In NDT, value is ultimately judged by the quality of decisions made. Reliable image quality reduces risk and uncertainty when signing a report. Clear work packages and safety planning save time and keep operations moving. Fewer delays and efficient repair decisions support stable project outcomes. Skilled, certified inspectors strengthen the credibility of the entire welding process.

Introducing the High Power 15 series - a game-changer in continuous uptime. With redundancy built-in, this product line ensures your production never skips a beat. Two filament systems, two target areas, and the ingenious ability to switch between them when one wears out guarantees uninterrupted operation. 

Born just minutes from the yard where his grandfather and father worked before him, Johnny Søreng literally has Aker Verdal in his blood. Now leading both Phased Array and X-ray inspections, he is tasked with solving a daily puzzle: choosing the exact right technology to spot defects before massive offshore structures are shipped out. Read on to explore how modern NDT integration keeps heavy production lines moving in perfect synchronization.

Scale is visible, control is not. Battery manufacturing today is often discussed in terms of scale. Gigafactories are announced, capacity targets are published, and investment volumes are tracked closely. These indicators are easy to measure. Control is not. Yet control ultimately determines whether scale creates economic value. Without stable processes, expanded output does not translate into predictable yield, protected margins, or reduced risk. Instead, hidden variability accumulates in the background. Ramp-up is commonly described as a temporary phase in which processes stabilize and performance improves. Many facilities remain in extended ramp-up conditions far longer than expected. The symptoms are rarely dramatic. Yield plateaus persist. Scrap increases gradually. Root causes remain only partially understood.

Eighteen-year-old Benjamin Nordstrand is one of Aker’s youngest apprentices, working in non-destructive testing at the Aker Verdal construction site in Norway. His story reflects what it means to combine precision, responsibility, and the will to learn.

Maximizing system uptime in industrial X-ray applications requires consistent, friction-free access to component data. With the introduction of the BLOX Modules for Automation, Comet X-Ray simplifies the data collection workflow, enabling operators to seamlessly transition from rigid maintenance schedules to continuous, preventive health monitoring.

During ECNDT 2026 in Verona, Italy, Comet X-ray presented the Comet Annual Appreciation Award (CAAA) 2026 for Europe to Holger Andreasen AB in recognition of exceptional collaboration, commitment, and impact over time. The award was accepted by Oscar Hult on behalf of Holger Andreasen AB before being joined on stage by colleagues, reflecting the collective effort behind the company's success.

The Comet Annual Appreciation Award (CAAA) is an annual recognition presented by Comet X-ray to honor exceptional collaboration, commitment, and impact within our customer ecosystem. The award recognizes Comet X-ray customers, distributors, partners, and individual contributors who, through long-term dedication and measurable contribution, strengthen Comet’s ability to deliver reliable X-ray solutions and create value in the market. CAAA is awarded once per region annually – Asia, Europe, and the Americas – ensuring the recognition remains selective, meaningful, and credible. The award is grounded in transparency and appreciation. It is a recognition of partnerships built on trust, shared goals, and sustained performance over time.

Lithium-ion batteries are an integral part of our daily lives. You may not see one very often, but they are used in a variety of products, such as electric cars, cellphones and power tools. As the need for more lithium-ion batteries is increasing rapidly, large-scale manufacturing facilities (a.k.a Gigafactories) are being built around the globe to keep up with this demand. X-ray inspection is a crucial step in the production line of lithium-ion batteries, as faulty batteries can become very dangerous. By conducting a thorough inspection, one can ensure that the batteries will be safe to use, which is why X-ray inspection systems are such an important tool in the battery industry.

X-ray sources are called “open” if the X-ray generation tube can be opened for maintenance and then restarted. A significant benefit of this approach is that it enables running the source under aggressive conditions, for example, pushing the filament to its physical limits. Doing so makes it possible to provide high flux and high resolution, not available in sealed sources, where damage would occur too quickly to be economically viable.

This is not primarily a story about arcing; it is a story about how dangerous the wrong corrective action can be. It’s about the risk of acting without enough diagnostic certainty, and about why, in some cases, the safest decision is to slow down rather than intervene.

Repeated X-ray tube failures were disrupting production and triggering frequent warranty replacements. Although the immediate symptom was filament failure, the underlying cause remained unclear. This case shows how operating data turned assumptions into evidence and made the root cause visible – enabling a constructive, engineering-led solution rather than repeated replacements. As Pierre-Emmanuel Rigot, After-Sales Manager and Technical Field Engineer at X-RIS, explains, the situation had become frustrating for everyone involved: “It was very frustrating for both sides.”

Precision Imaging and minimal downtime – the High Power 15 Series. Find out how the HP 15 series' dual square focal spots, independent filaments, a larger beam and field of view, and a 15-degree target angle will give you a competitive edge.

The success of an inspection system is rarely decided at installation. It is decided months later, in daily use. Patrick Carlson has spent decades working inside aerospace manufacturing and inspection environments, supporting customers through change, training, and production pressure.  As Service Manager and Level III at North Star Imaging, he works where systems meet reality - helping customers balance capability, ease of use, and the human side of inspection. His perspective shows why long-term performance depends as much on people and workflows as it does on technology.

Automation does not add complexity - it unlocks capability. In this conversation, Pradeep Bhattad explains how process automation in X-ray and CT inspection delivers higher precision, repeatability, and throughput once the workflow is configured correctly. Together, North Star Imaging and Comet show how robotics, integrated software, and MesoFocus technology turn advanced inspection into a controlled, reliable production process.

How X-RIS uses BLOX data to turn service from emergency response into planned performance.

As industrial components continue to reduce in size, X-ray inspection is crucial for detecting microscopic defects across a range of applications, from materials science to electronics failure analysis to biological samples. At the same time, obtaining high-quality data as quickly as possible so users can spend more time analyzing their data and producing actionable insights is also critical. This calls for high-power X-ray output and a stable, high-resolution beam. The FXE-160 Nano CT can rapidly examine sub-micron defects across a wide range of lab applications by leveraging external cooling and higher resolution.

How Pierre-Emmanuel uses BLOX to reduce diagnosis delays, support preventive maintenance, and bring clarity to service decisions

Across manufacturing and inspection, parts are becoming more complex, standards are tightening, and the pool of experts who know how to inspect them is shrinking.

In highly regulated industries such as aerospace and defense, compliance isn’t optional – it’s everything. Chris Bush, Level III Inspector and member of the Inspection Services Group at North Star Imaging, shares his perspective on how regulatory compliance can move from a burden to a business advantage, and how Comet’s MesoFocus technology helps make that possible.

Non-destructive testing at Aker Solutions is not about choosing one method over another, but about understanding how they work together. Before joining Aker, Jørgen, 43, spent nearly a decade in London as a professional musician, performing 15th and 16th-century repertoire with English National Opera and English Touring Opera. His main instrument was the lute — one of the most demanding early-music instruments, played professionally by only a handful of people worldwide.

In Verdal, Norway, at Aker Solutions’ large fabrication yard, massive steel jackets and production topsides for offshore platforms take shape for the North Sea. Here, precision is not optional; it is expected. Every weld and joint must meet stringent non-destructive testing requirements before the structures move on in the construction process.

At Aker Verdal, gigantic steel jackets rise through long seasons, cold winds, night shifts, and daily routines that never truly pause. Thousands of welds appear and disappear into documentation systems, inspectors move across halls, and equipment hums without rest. In a place where the scale is measured in thousands of tons and margins in millimeters, reliability is not a feature; it is a necessity. This is the world in which Per Gunnar Johansen works, and this is how the flow endures.

In Scandinavia, trust is built quietly. It develops through steady follow-up, clear communication, and showing up when it matters. In the NDT field, this is not a cultural detail but a practical necessity: inspections are often carried out under demanding conditions, where downtime is costly, and delays ripple through entire operations.

Industrial inspections in Iceland‘s rugged terrain present unique challenges like remote locations, extreme weather, and demanding infrastructure. For Haraldur Baldursson, founder of HB Technology Services ehf., ensuring reliability and efficiency in X-ray inspections isn‘t just about precision - it‘s about survival.

Every unplanned maintenance story begins the same way: a system running, a sudden stop, and a rush to respond. When the production line goes down, attention turns to the problem rather than the process. You fix what’s broken, restart the system, and move on, until it happens again. This pattern, called the reactive cycle, keeps companies stuck at the bottom of the performance curve. In the reactive circle, maintenance is driven by events rather than planning. Failures trigger actions, not insight. Engineers spend valuable hours troubleshooting instead of improving systems. And each loop, repair, restart, repeat, feels productive but leads nowhere. The more reactive you become, the less control you have over uptime, cost, and predictability.

Winter has a way of changing the world, revealing previously hidden details: textures in frost, layers in bare trees; quiet structures the rest of the year conceals. The microscope carries that same shift in perception, revealing that entire worlds exist in the smallest spaces, waiting for anyone patient enough to look closely.

For decades, heavy and cumbersome X-ray equipment made non-destructive testing, NDT, physically demanding and time-consuming. Field technicians often had to navigate rough terrain with bulky devices, slowing down workflows and increasing fatigue. But today, lighter, more efficient tools are transforming the industry. Magnus Mar Bjornsson Sleight, a seasoned NDT specialist at HB Technology Services ehf., has witnessed this transformation firsthand in Iceland. With over 20 years of experience, Magnus shares how the ECO system and EVO 225D/1200 X-ray tools have streamlined inspections, enhanced safety, and redefined efficiency in the field.

The colder months bring fog, muted light, and long stretches where the world is present but only partially revealed. Radar emerged from the need to understand what lay beyond direct sight - a technology built not on brightness, but on the interpretation of echoes in the dark. The echo that revealed the unseen: from fogbound ships to enclosed cells.

In Reykjavik, Iceland, Andri Haraldsson of HB Technology Services ehf. plays a crucial role in inspecting central heating pipes. Using advanced X-ray technology, he is part of a team that ensures the safety and reliability of Iceland’s geothermal infrastructure. In this interview, Andri shares insights into non-destructive testing, their tools, and how new technology improves efficiency.

At this time of year, when daylight shortens and the horizon retreats into early dusk, we’re reminded how often progress begins with the willingness to look beyond what is immediately in front of us. The story of the telescope is rooted in that impulse — the desire to make the distant understandable, to bring faraway worlds within the reach of human thought.

Where do new ideas go when it’s time to prove they work? At Comet X-ray, they now enter the Application Lab, a purpose-built space where our R&D team gets hands-on with the entire image chain, testing and refining technology under realistic conditions. It’s here that innovation becomes concrete, tailored to help our customers succeed. Join Dirk Schneider for an inside look at how the lab brings development and application closer together.

With the launch of the new water-cooled EVO 300DW/1200, we sat down with Product Manager Jan Bressendorff to discuss what sets the EVO 1200-watt portable systems apart, the design thinking behind them, and how they enhance the daily work of field inspectors.

The HP11 is one of the most widely used tubes in the field. Despite its popularity, it has notable limitations. By default the HP11 is a non-cycling tube, but with the right setup it can be operated in cycling mode. That means operators must respect a clear trade-off between maximum power and the allowable number of exposure cycles. Too often, we see systems running at full power while cycling far beyond safe limits. The result? Accelerated wear, premature failures, and higher costs.

High-voltage X-ray systems are built for performance and durability, but even robust hardware has its limits. One behavior we see far too often in the field is abrupt high-voltage shutdowns—often caused by well-meaning operators or misconfigured systems. This type of event may seem harmless in the moment, but over time it puts serious stress on the X-ray tube and can quietly reduce system longevity. With BLOX, we give OEMs, integrators, and end users the insight needed to detect these patterns early. The result is a smarter, more proactive approach to performance and uptime—driven by data, not guesswork.

Arcing is a common but critical event in high-voltage X-ray systems. While occasional arcs are normal, repeated or clustered arcs over time can signal instability in the module and lead to long-term damage. BLOX helps OEMs and users detect these patterns early – and take preventive measures before failure occurs.

Nanoscale inspection is becoming essential in advanced manufacturing. But achieving sub-micron resolution while maintaining stability, speed, and long lifetime has remained a challenge. With FYNE 160 NF4, we present strategies, data, and results that show how X-ray inspection can meet these demands and open new paths for semiconductor, electronics, and materials applications.

High-voltage X-ray systems are designed for endurance and stability, but even the most robust technology can falter under the wrong environmental conditions. One of the most overlooked factors in system health is temperature, specifically, high ambient temperatures and clogged filter mats. These silent threats often go unnoticed until it's too late, leading to unplanned shutdowns or long-term hardware degradation. With BLOX, you gain early visibility into abnormal temperature patterns, allowing OEMs, integrators, and end users to act before damage occurs. This article breaks down what causes overheating, how to detect it, and how to stay ahead of costly surprises.

X-ray tubes are precision components designed for years of service, but like any high-performance part, they have operating limits. One issue we sometimes see in the field is accelerated filament wear, especially in systems running at low kV and high tube current. Left unchecked, these operating conditions put heavy stress on the filament. While high current increases the number of X-rays produced, leading to a higher flux density and potentially faster acquisition times, it also puts more stress on the tungsten filament, shortening its lifespan. Conversely, a lower kV reduces the energy of the X-ray photons, potentially requiring a higher mAs value to achieve the same image quality, which can also impact tube life. 

X-ray imaging is often judged by one word – resolution. But achieving sharp, detailed images isn’t the result of a single component or parameter; it depends on the entire imaging chain working together. From the size of the focal spot to pixel pitch and magnification, every element contributes to how clearly structures appear. This article explores the key factors that define resolution in industrial X-ray systems and explains why it must always be viewed as a system-level property.

With over 35 years in aerospace, oil and gas, and even the space program, Allen Gress has built a career in Non-Destructive Testing rooted in curiosity, continuous learning, and a clear sense of purpose. We caught up with Allen, Technical Sales Manager at Comet X-ray, shortly after a panel discussion on careers and skills in aerospace NDT, where he shared honest reflections, practical advice, and a look toward the future of the field.

A smart, connected tool that helps reduce the risk of unplanned downtime? Meet BLOX – our Industrial IoT health monitor for X-ray tubes and generators. By providing deep insights into system performance, BLOX enables users to detect early warning signs, take preventive action, and keep production running more reliably.

Sharper insights. Faster decisions. Learn how the latest upgrades to the FXE-190 can streamline your imaging and elevate your results. The improved FXE-190 nano CT provides more power, clarity, and resolving power than ever before.

Pinnacle provides customer-centric X-ray and CT imaging solutions, combining technical expertise and an entrepreneurial mindset. Driven by innovation, tailored solutions, and strong industry partnerships, Pinnacle’s dedicated team continuously advances imaging technology to meet the market’s evolving needs.

The new Xtra Performance, XP, tube is designed as the natural successor to the HP11. To provide engineers and technical buyers with a clear, no-nonsense view of what changes matter and why, we sat down with Tony Williams, Head of Sales in the Americas, for a brief Q&A. 

In this episode of the Level Up podcast, we sit down with Allen Gress, President of NDTMA and ASNT Level III, to talk about his journey from Grumman Aerospace to Comet X-ray – and what the future holds for the NDT industry.

At Pinnacle X-ray Solutions, reliable performance and fast customer support go hand in hand – powered in part by Comet’s MesoFocus systems. In this interview, Service Manager Logan Freeman shares how features like pinpoint diagnostics, remote monitoring, and modular design help reduce downtime and keep customers productive.

Paul shares his journey from electronics applications in medical X-ray to his role at Comet, where he now oversees technical services for the East Coast and supports customers across the U.S. With his wealth of experience, Paul discusses the value of Comet’s applications lab, the importance of hands-on support, and his ongoing motivation from the evolving challenges and innovations in the field.

As inspections are increasingly integrated into production lines, the tolerance for downtime drops. Inline, 100% inspection processes demand continuous reliability. Our core competency at Comet is in developing high-performance X-ray modules. The challenge our customers face is clear: unplanned downtime.  Our solution is BLOX – a smart, data-driven IIoT health monitoring system that enables operators to plan maintenance precisely when needed. The following chapters explore how BLOX achieves this through real-world examples.

Meet Jochen Dietel, a key Comet X-ray TCS team member dedicated to helping our customers and partners succeed. He shares his journey, challenges, and motivations, offering a glimpse into Comet X-ray's commitment to every partnership.

At Pinnacle, success lies in choosing the right components to build customized X-ray solutions that meet every customer’s unique needs. From leveraging X-ray technology like the MesoFocus for precision imaging to selecting the perfect detectors and generators, Pinnacles expertise ensures seamless integration and exceptional performance.  With a deep understanding of industry requirements and strong supplier partnerships, Pinnacle delivers systems that combine flexibility, reliability, and innovation.

Mr. Cesar Malpica is a seasoned Electronics Technician with over 20 years of hands-on experience in electronics, including a six-year tenure as a radar electronics technician in the U.S. Navy. Known for his commitment to continuous learning and technical expertise, Cesar brings a deep understanding of complex systems and a relentless drive to solve challenging issues. Since joining Comet X-ray, he has become a trusted expert, instrumental in reducing equipment downtime and enhancing customer satisfaction. His dedication to quality and efficiency sets a high standard within the industry.

See how digital X-raying is applied in concrete inspection. Nova Advanced Imaging Inc. demonstrates a fast, safe, and accurate method that supports engineers in making confident, informed decisions on construction sites. Read more about concrete inspection and Nova Advanced Imaging Inc. in the case story below.

For many, Iceland's rugged landscapes are a postcard-perfect destination. But for professionals like Harald, they are a daily workplace, complete with icy winds, snowstorms, and midnight calls. With 20 years of experience under his belt, Harald embodies resilience, determination, and deep technical expertise that keep Iceland’s critical infrastructure running smoothly.

In the fast-paced world of construction, precision is everything. A mistake such as accidentally severing a post-tension cable or electrical conduit can cause significant project delays, costly repairs, and even safety hazards. Engineers and contractors rely on imaging technology to identify embedded elements before drilling, cutting, or coring to avoid such risks.

For more than 25 years, IMS and Comet X-ray have been working together - characterized by technological progress, a spirit of innovation and a partnership of equals. What began as a search for a more robust X-ray solution has developed into a success story of two market leaders who are revolutionizing industrial quality assurance together.

Meet Jorge, the logistics team leader at Comet X-ray Shelton. He focuses on efficiency and teamwork to keep the service department running smoothly. From managing inventory to supporting his colleagues with repairs, Jorge helps ensure reliable service for customers and colleagues.

At Comet, reducing lead times and enhancing customer satisfaction are top priorities. Senior Order Management Representative Melissa L. shares how streamlined documentation and cross-functional teamwork allow us to respond faster and keep orders on track. With improved processes and a customer-first mindset, Melissa is focused on delivering a seamless, efficient experience every time.

With safety, efficiency, and digitalization driving change in NDT, many companies are reevaluating gamma inspection. This whitepaper explores how modern portable X-ray systems are emerging as a safer, more flexible alternative.

Richard Serna is the Repair Center Manager at Comet X-ray's Shelton location. With a career spanning over three decades in manufacturing and production, Richard has brought his expertise in lean management and operational efficiency to Comet, transforming the repair center into a reliable, customer-focused service hub. In this interview, Richard shares insights into his journey, approach to overcoming operational challenges, and vision for building a cohesive, agile team.

With high power density, a wide beam, and a compact design, the Xplorer series ensures precise imaging, easy integration, and future-proof performance. Maximize uptime and stay competitive in an ever-evolving market.

Meet FYNE – the newest innovation in open X-ray tube technology, designed specifically for high-resolution applications. As AI and smart manufacturing reshape the tech landscape, manufacturers face increasing pressure to deliver better, faster solutions while optimizing yield and time-to-market. FYNE is our response to these challenges, redefining what’s possible for X-ray inspection. Discover how it can transform your manufacturing processes:

Mr. Eric Vogel is the head of electronic engineering and has been with Applus+ RTD since 1996. He started as an airplane technician and has always worked with X-ray and non-destructive testing. Mr. Frans Sprenger is a service engineer who has been with Applus+ RTD for 39 years. He has always worked in the service department, ensuring that the systems are up and running and ready for field inspection. Both Eric and Frans years ago started working with the Andrex CMA, the Y.SMART, and then moved on to the EVO.

With the rapid growth of the electric vehicle (EV) market, ensuring battery safety and quality has become more critical than ever. At Comet X-ray, we collaborate closely with our partners, like diondo, to tackle the toughest challenges in battery testing. Together, we develop innovative solutions that push the boundaries of non-destructive testing (NDT) technology and set new standards for the industry.

The FXE redefines microfocus X-ray technology for NDT, balancing precision, efficiency, and longevity. See how it integrates seamlessly into your workflows, delivering reliable performance and global support.

BIIT Electronics, a leader in advanced battery inspection technologies, is setting new industry standards by adopting Comet X-ray’s MesoFocus 225 sealed X-ray tube. This collaboration marks a significant step forward in ensuring the safety and reliability of modern battery systems.

Explore the latest in portable X-ray technology with JME's battery-powered solution, developed with Comet X-ray. This breakthrough lithium battery technology redefines off-grid X-ray inspections, offering reliable power, eco-friendliness, and exceptional efficiency. Ideal for challenging, remote environments, the low-weight JME PBU battery eliminates the need for petrol generators, providing a cleaner, quieter, and more sustainable option for NDT professionals. 

Precision, consistency, and reliability define the new ION series from Comet X-ray – and our latest film brings that story to life. The ION series is purpose-built for scanning applications where uptime and repeatability are critical. Every detail has been designed with the customer in mind – from stable, high-power performance to long-term reliability in demanding environments.

The new High-Density Power (HDP) target upgrade for the FXE 225 Range significantly enhances X-ray inspection performance by doubling power density without sacrificing resolution, making it ideal for high-speed, high-precision applications. This upgrade offers increased efficiency and reliability while maintaining compatibility with existing systems.

iWP (inovative Werkstoffprüfung GmbH & Co. KG) is a leading service provider for innovative materials testing and measurement technology in Neuss, Germany. As the market shifts towards more e-mobility and additive manufacturing, more and more jobs get done with their MesoFocus 450 X-ray system, which helps them get through complex, dense parts and still see important details. Read on to find out more about inspecting batteries and other parts, creating the perfect image and iWP.

Building on the success of the EVO Series, the ECO Series has earned the prestigious Red Dot Product Design Award. Both portable X-ray system series have gained international acclaim for their innovative features, ergonomic design, and sleek appearance. This recognition underscores our commitment to pushing the boundaries of technology and delivering user-friendly, high-performance solutions for industrial applications.

Discover premium EVO and ECO accessories, crafted to combine cutting-edge technology with durable materials

Join us as Magnus details his intriguing journey from the world of opera singing to mastering the rigorous demands of Non-Destructive Testing (NDT) in Iceland. In this interview, he discusses the unique challenges he faces, such as extreme heights, unpredictable weather, and navigating tight spaces, sharing how his background in performance has prepared him for this demanding field.

In the town of Akranes, just outside Reykjavik, Iceland, HB Technology Services ehf., led by Haraldur Baldursson, Andri Haraldsson, and Magnus Mar Bjornsson Sleight, is conducting central heating pipe inspection. They are using the low-weight Comet X-ray ECO 200DS.

Andri talks about Non-Destructive Testing (NDT) in Iceland, recounting his journey to becoming an integral member of the NDT community through his involvement in his father's business. He also shares his perspectives on future developments and potential advancements within the NDT field.

Exploring the creation of X-rays: From electrical power to photons. Follow the journey as electricity travels from the outlet via the Control EVO to the EVO tube head, culminating in the generation of photons for X-ray imaging.

ANDT Inspection, LLC, a Future Tech Consultant (FTC) subsidiary, stands at the forefront of non-destructive testing, offering innovative solutions across various sectors, including aviation, oil, gas, and education. Embracing state-of-the-art technology, ANDT has been pivotal in enhancing inspection standards for safety and efficiency.

Discover just how big of a difference the new cooling system revolutionizes microfocus X-ray inspection, tackling the challenge of balancing speed and resolution. This focus topics paper showcases the difference clearly thanks to X-ray images and drift measurements. This is the future of non-destructive testing.

Bo Bossen, a Non-Destructive Testing (NDT) professional, talks about his career, from an early interest in mechanics to a fulfilling role in NDT. He highlights the industry's transformation since 1998, technological shifts, and the challenges and rewards of the field.

How do you seemlessly blend design with function? David Heiner Campos, Senior Specialist Global Marketing, worked hand in hand with engineering to come up with the best solution for our newest portable X-ray system. Read on to discover the role of marketing in the ECO's story.

As part of #NDTtough, we are sharing messages from professionals in the non-destructive testing industry. Earlier this year, we had the chance to talk to Jason Robbins, Division Lead Commercial for VisiConsult X-ray Systems & Solutions.

In this exclusive interview, we sit down with Kenneth, a seasoned mechanical engineer with a wealth of experience solving complex engineering problems. Kenneth shares his journey in addressing the daunting mechanical challenges of reducing weight while maintaining optimal performance and the crucial role of CAD simulations and cross-functional collaboration in achieving these objectives.

As part of #NDTtough, we are sharing messages from professionals in the non-destructive testing industry. AT ECNDT 2023, we sat down with Paolo Casareale, the owner of ADG S.r.l. in Como, Italy. He, alongside his companions Albens Bushati and Roberto Uneddu, founded the company in 2005 and is providing portable and stationary NDT solutions to customers across Italy.

As the technical project manager for portables, Andreas Taarning was deeply involved in the ECO project at each step. Watch the interview to learn why it was so exciting, how simulations helped create the ECO and how the team overcame challenges while working on the new portable X-ray system.

Jan Bressendorff is the product manager for portables at Comet X-ray. When developing the new low-weight ECO X-ray system, having good collaboration within the teams was essential. Watch the interview to find out how they ensured excellent teamwork, what drove them to reach the sub-15-kilogram weight goal and how important field testing is when creating a new product.

At ECNDT 2023, the European Conference on Non-Destructive Testing, we had the chance to talk to our fellow industry professionals about the portable X-ray market and our newly released low-weight system, the ECO. Keep reading to find out the insights Paolo had to share.

This focus topic explores the benefits of using a smaller focal spot in X-ray technology. By reducing the size of the focal spot, geometrical un-sharpness is minimized, resulting in a sharper image with improved detail detectability.

It's with great pleasure and enthusiasm that we unveil the much-anticipated ECO series, marking a significant milestone for our company. After months of anticipation, we are thrilled to officially announce the launch of our groundbreaking product series. Say hello to the ECO 160DS and ECO 200DS, the first members of the ECO family! Embodying innovation, the latest ECO models are not just lighter but notably more manageable, designed with even a single person's use in mind. Sporting a sturdy, ergonomically superior design and weighing only 14 kg, the ECO series has been conceptualized with an aim to speed up workflows while enhancing safety and reducing fatigue.

Getting quality data from your portable NDT process requires a high degree of accurate manipulation and positioning by the onsite technician. Whether it’s seam-testing on pipelines or checking aviation component integrity, there’s no way that getting good results isn’t going to involve some physical effort. That’s why we’ve designed the new ECO with lower weight and to be more manageable - even for just one person.

The German BAM is revolutionizing the quality assurance in additive manufacturing (AM) within the initiative QI-Digital. From metal powder to non-destructive testing with X-ray technology, every step of the production chain is digitally mapped, to manufacture components with consistent quality. The MesoFocus 450 X-ray tube plays a crucial role in helping to achieve this goal. Learn more about BAM's project and the future of quality assurance in additive manufacturing.

We invite all of our peers in the NDT industry to join us in proudly identifying as being NDT TOUGH.

The ION integrated X-ray series is tailor-made for X-ray scanning applications and ideal for industries such as food processing, sorting, thickness gauging, and security in particular. 

This focus topic explores the challenges and limitations of conventional X-ray tube technologies in providing cost-efficient quality control for battery inspection, for complex casts in the automotive industry, or for large and additively manufactured parts in aerospace. Also introduced is Comet X-ray’s MesoFocus technology which offers a better balance for production lines between resolution, speed and reliability in the NDT X-ray inspection process.