To everyone celebrating today, warm Easter wishes from our team. May this day bring a sense of renewal, meaningful moments with those close to you, and time to slow down and enjoy the day.

In our field, the discovery of X-rays is rightly seen as a defining moment. But don't forget that behind every breakthrough, there is a person. Today, we mark the birthday of Wilhelm Conrad Röntgen – a scientist whose character shaped not only his work, but its impact on the world. Known for his humility and strong principles, he chose not to patent his discoveries, believing they should remain accessible for the benefit of all. He also declined titles of nobility, preferring to stay focused on science rather than recognition. This approach helped accelerate the adoption of his work across disciplines and industries, and set a tone that still resonates today. At DR SYSTEMS, we see this as a reminder that progress is driven not only by technology, but also by the values behind it – precision, responsibility, and a commitment to making solutions truly useful in practice. A moment to acknowledge the person behind a legacy that continues to shape and improve our industry.

Here’s one more real on-site example of tangential profilometry performed with DR.   With the automatic wall thickness measurement tool available in DR-SOFT, this type of NDT becomes straightforward and reliable, delivering clear results with minimal effort. The large active area of the flat-panel detector further speeds up the process, allowing wider sections to be covered in a single exposure.   When facility safety is critical, relying on modern, proven inspection tools is not an option — it’s a necessity. DR SYSTEMS helps you meet that challenge with confidence.   - Object: 6" steel pipe, 8 mm wall thickness. - DR system: SCANRAY 3643 PRO. - Source: Ir-192, 16 Ci. - Exposition time: 4 frames by 30 seconds (120 seconds total). - Size calibration by ball bearing (1").

Eid Mubarak to all our partners, clients, and colleagues who are celebrating. During this special time, we wish you and your loved ones peace, strength, and well-being. We truly value our cooperation and remain committed to supporting you. Wishing for calm, stability, and brighter days ahead.

Detector positioning is often one of the most time-consuming parts of DR inspection. To simplify this step, we developed the C-ARM – a compact yet very handy accessory to securely mount the SCANRAY detector and Gamma collimator on a pipe. A convenient clamping mechanism ensures fast positioning and smooth movement along the weld while keeping the pre-selected exposure angle and distance. This makes the testing process faster, more stable, and easier to perform, even on small-diameter pipes where traditional mounting solutions are difficult to use. Two configurations are available: – DWDI (elliptical technique) for pipes 1-4” (32-114 mm); – DWSI for pipes 4-10” (108-273 mm). The C-ARM is a good example of how practical challenges from the field inspire our engineering solutions. By listening closely to our customers’ needs, we continue developing tools that make digital radiography more efficient and easier to use in real inspection environments.

Constant evolution is at the heart of DR SYSTEMS. If a solution already performs well and has proven itself on hundreds of projects and tens of thousands of kilometers of pipelines — why change it? Because “good” is never the finish line.   Our automatic annular weld inspection system XPRESS-SCAN reflects exactly this philosophy. We recently upgraded it by replacing the square SCANRAY 1515 detector with our exclusive long-panel SCANRAY 1230, and the impact was immediate: the number of required exposures was reduced dramatically — in some cases by more than half — by far accelerating the workflow, which is critical for time-sensitive pipeline projects.   Take a 56” pipe as an example. With the previous configuration, forming a complete weld image typically required 40 exposures. With the upgraded XPRESS-SCAN 1230, the same weld now requires only 17! The comparison of the same-length segments below clearly shows the difference between the first and second generations.   We know that every delay is expensive. That’s why DR SYSTEMS keeps refining its technology — helping our partners move faster, work smarter, and stay ahead.   Start saving time. Increase efficiency. Choose progress.

▶️#Webinar Digital Radiography Transformasi Inspeksi NDT, Teknologi Modern Digital Radiography, Cepat, Akurat, Efisien. ------------- Masih menghabiskan waktu berjam-jam untuk memproses film radiografi? Saatnya beralih ke Digital Radiografi untuk hasil inspeksi yang instan dan jauh lebih akurat. ✅ Strategi mempercepat workflow inspeksi di lapangan. ✅ Tips meningkatkan akurasi deteksi defect secara digital. ✅ Diskusi langsung dengan panelis ahli kami. 📅 Tanggal: Rabu, 11 Maret 2026 🕒 Waktu: 10.00 wib s/d 12.00 wib 📍 Lokasi: Zoom Webinar 📌 Registrasi sekarang – GRATIS https://lnkd.in/gtziKKhj

Another successful XPRESS-SCAN deployment for pipeline inspection in Turkey. Our partner, Troy-Met Kalite Kontrol Sistemleri, has delivered and commissioned yet another XPRESS-SCAN DW 1723 automatic digital radiography system for a major pipeline project for the end customer, BOTAŞ. The qualification inspection was performed using the following setup:   – X-ray source: ICM CP200DS, 1 mm focal spot, 190 kV, 3.9 mA; – Object: 24" steel pipe, 7.1 mm wall thickness; – Exposure time: 4 frames by 4 seconds (16 seconds total); – Number of exposures for the complete circumferential weld: 11; – Total operating time for the entire weld: 5.5 minutes; – Achieved sensitivity: 0.125 mm (Class B according to ISO 17636-2); – SRb (image): 63 μm. Combined with reliable operation in all weather conditions, the system ensures stable and predictable inspection workflows in demanding field environments. The video below shows the system in operation on site. Selected fragments of the complete circumferential weld image are available in the comments.

Just sharing another nice image captured with our digital radiography solution, this time combined again with the widely used half-sine X-ray generator from Dandong Aolong.   With DR SYSTEMS, you get stable, reliable, high-quality images and excellent sensitivity — regardless of the radiation source. The reason is simple: proper settings and proven techniques, refined through years of hands-on experience by our technical experts. And this knowledge isn’t kept behind closed doors. It’s something we actively share with our partners — because great results come from skill as much as from technology.   No compromises. Only the best quality.   - Object: steel plate, 20 mm wall thickness. - DR system: SCANRAY 1025F. - Source: half-sine X-ray generator by Dandong Aolong. - Exposition time: 2 frames by 10 seconds (20 seconds total). - Scheme: SWSI. - Obtained sensitivity: 0.16 mm (exceeds ISO 17636-2 Class B requirements by 1 wire).

To our partners, customers and friends in Asia and around the world who celebrate, we wish you a year of new possibilities, steady growth and shared success. May the coming year bring renewed energy and continued progress. We are grateful for your trust and collaboration, and we look forward to reaching new milestones together.

Frame count in Direct Digital Radiography – what really changes? The difference you can see in the images below. In DR, three parameters are often confused: frame time, number of frames, and total exposure time. While they are connected, they influence the image in different ways. Frame time controls the signal level, meaning the grey value of the image. The longer the frame time, the higher the collected signal and the higher the grey level. In most cases, increasing frame time does not directly improve image quality (however, in certain situations, it may have an indirect effect). In turn, the number of frames directly affects image quality and sensitivity. When multiple frames are acquired, the detector averages them. The higher the number of frames, the stronger the noise reduction and the better the signal-to-noise ratio. As a result, noise decreases, sensitivity increases, and fine indications become more visible. A practical rule of thumb often used in industrial radiography is that when you double the number of frames, you can typically see one additional wire of the IQI. For example, if three wires are visible and four are required, doubling the frame count is usually the correct adjustment. With experience, operators can estimate after the first acquisition how much the frame count should be increased to reach the required sensitivity. Therefore, total exposure time for one image equals the number of frames multiplied by the frame time. The system collects all frames with the specified grey level and averages them to produce the final DCM image. DR SYSTEMS provides something conventional film and CR cannot – real-time dynamic adjustment of sensitivity through frame control. This flexibility allows users to balance speed and image quality depending on the exact inspection task. If this topic is relevant to your inspection practice, we conduct dedicated DR trainings and hands-on workshops focused on parameter optimization and real industrial cases. Contact us to discuss a session tailored to your team.

Can DR handle weld inspection in Light Gauge Steel Framing (LGSF)? Absolutely.   The flaws in laser-welded thin-walled steel structures are more common than many expect, and their consequences can be serious. Pre-engineered buildings, industrial and warehouse facilities, hangars, modular units, add-on structures and lightweight framing systems — all face similar challenges. Thin base material, short and intermittent welds, as well as a complex joint geometry, make consistent weld quality difficult to achieve — and also hard to verify with NDT methods.   This is where digital radiography proves its value again. Our experience shows that DR is highly effective for inspecting LGSF welds both before assembly and in finished structures. It reliably reveals typical imperfections such as porosity, undercut, lack of fusion and other planar and volumetric defects — exactly the flaws that matter most in light steel structures.   With DR SYSTEMS, weld quality in LGSF is no longer a blind spot — it’s fully under control.   - Object: galvanized steel plate, 2.5 mm wall thickness. - DR system: SCANRAY 2532. - Source: constant-potential X-ray generator (80 kV, 3 mA). - Exposition time: 5 frames by 5 seconds (25 seconds total). - Scheme: SWSI. - Obtained sensitivity: 0.1 mm. - Image allows: a) Locate numerous welding defects; b) Clearly observe zones of zinc coating evaporation in the weld area.

Spent an amazing week in Serbia with our trusted partner Trokut Test Group! Intense training session for local sales teams from all over the region performed, meetings with key regional customers done, strategic development planning with the management of our partner completed and I can proudly say that DR SYSTEMS are in a best hands!

We offer advanced Digital Radiography Testing (DRT) services to support safe, reliable, and efficient inspection of critical assets. Our DRT solutions provide: ✅High-quality imaging ✅Faster inspection results ✅Reduced exposure times DRT enables accurate detection of defects such as cracks, corrosion, and weld imperfections, helping our clients maintain compliance, improve asset integrity, and minimize downtime. With our experienced team and industry-approved techniques, we deliver inspection results you can trust!

Saudi Aramco updates SAEP-1143 procedure – Digital Radiography takes the lead! Saudi Aramco has released an updated revision of the SAEP-1143 procedure, clearly reinforcing the industry’s transition toward digital radiography. The new requirements confirm what the NDT community has already recognized: DR is now the mandated inspection technology, offering higher efficiency, improved image quality, and better traceability. At DR SYSTEMS, we fully support this direction. To better understand the impact of the updated SAEP-1143, our Lead Technical Specialist, Dr. Iaroslav Iurin, has reviewed the document in detail, highlighted the key changes, and provided expert technical commentary on each of them. We have summarized these insights in a dedicated article on our website. These changes make inspections more efficient while maintaining high reliability – exactly what modern projects demand. Together with our trusted regional distributor GNDT Middle East, we are ready to support customers in the region with complaint DR equipment and long-term service support.

Dear Friends! Thanks for being a big part of our 2025 journey. Wishing you a fantastic New Year filled with growth and success!

What a shining team of SVK Electronics at NDE 2025 | ISNT – India’s Premier NDT Event! Thanks for inviting🙏

We’re thrilled to welcome Mikhail Berdnikov, Regional Director – DR SYSTEMS (Asia-Pacific), as an Industry Speaker for the Digital Radiography Session at #NDE2025! ✨ With extensive expertise in digital imaging technologies, radiographic system integration, and advanced data-driven inspection workflows, he will share key insights on how Digital Radiography is transforming accuracy, speed, and decision-making across critical industries. Join us this December in Mumbai for impactful sessions and future-focused discussions redefining the role of NDE in modern inspection and reliability. 📍 Jio World Convention Centre, Mumbai 🗓️ 11–13 December 2025 🔗 Learn more: www.isntnde.in #NDE2025 #IndustrySpeaker #DigitalRadiography #RadiographicInspection #InspectionInnovation #NDECommunity #ISNT #NDEIndia #Conference #FutureOfInspection

We’re thrilled to welcome Mikhail Berdnikov, Regional Director – DR SYSTEMS (Asia-Pacific), as an Industry Speaker for the Digital Radiography Session at #NDE2025! ✨ With extensive expertise in digital imaging technologies, radiographic system integration, and advanced data-driven inspection workflows, he will share key insights on how Digital Radiography is transforming accuracy, speed, and decision-making across critical industries. Join us this December in Mumbai for impactful sessions and future-focused discussions redefining the role of NDE in modern inspection and reliability. 📍 Jio World Convention Centre, Mumbai 🗓️ 11–13 December 2025 🔗 Learn more: www.isntnde.in #NDE2025 #IndustrySpeaker #DigitalRadiography #RadiographicInspection #InspectionInnovation #NDECommunity #ISNT #NDEIndia #Conference #FutureOfInspection

How to select the right voltage? This is quite a frequent question we get when users start learning DR SYSTEMS. In simple terms, voltage defines how deep you can see into the object. Higher kV gives more penetration through thick materials, but it can also wash out the outer borders and less dense parts.   For simple objects — plates, pipes, tanks — the choice is straightforward. ISO 17636-2:2022 provides a clear chart with the recommended tube voltages depending on material and penetrated thickness.   But for more complex components — castings, assemblies, finished parts — there is no universal setting. In these cases, the best approach is to experiment with several voltages to reveal both the external contour and the internal structure. Each level of energy highlights different features, giving you a complete understanding of the inspection object.   The conveyor roller below is a good demonstration of how choosing the right voltage can uncover every detail.   - Object: steel roller for conveyor, 76 mm in diameter. - DR system: SCANRAY 2532. - Source: ERESCO 65 MF4 X-ray generator (1 mA). - Exposition time: 5 frames by 3 seconds (15 seconds total) – same for both images. - Scheme: DWSI.