At the 5th Coal Industry Young Scientists Forum (the 372nd CAST Young Scientists Forum) held in Liaoning, industry experts gathered to discuss sustainable development and transformation in resource-based industries. XTOP3D was invited to present its cutting-edge research, titled "Application of Similar Materials and DIC in Coal Mining." The presentation highlighted how XTOP3D's 3D digital image correlation (DIC) and optical deformation measurement systems are applied to similar material mining tests, settlement deformation analysis, and disaster prevention. By delivering precise full-field strain data, XTOP3D's technology provides critical support for green, safe, and sustainable coal mining operations.

At the National Symposium on Green Forming Manufacturing Technology in Kunshan, China, XTOP3D showcased its cutting-edge 3D optical measurement and Digital Image Correlation (DIC) technologies. Addressing the manufacturing industry's growing demands for higher efficiency, lower costs, and enhanced quality, XTOP3D’s representative, Yiqing Pang, delivered a keynote presentation titled "Industrial Applications of 3D Optical Measurement Equipment". The presentation demonstrated how XTOP3D’s non-contact DIC solutions capture critical 3D deformation and full-field strain data for various materials and components. By providing deep insights for smart manufacturing, XTOP3D empowers industrial enterprises to drive quality control and production efficiency through precision optical data.

A leading technology institute has successfully implemented XTOP 3D’s high-precision XTDIC 3D full-field strain measurement system to analyze the mechanical performance of large-scale petroleum pipelines under compression testing. Traditional stress-based design is often insufficient under complex conditions like earthquakes and soil displacement, making strain-based design more critical. By placing the XTDIC optical sensors and light sources inside the pipe’s inner cavity, the system successfully captured full-process deformation data during compound large-deformation tests. The experimental results, aligned with finite element analysis (FEA) data, provide vital parameters for strain-based pipeline design, significantly enhancing safety and operational reliability.

XTOP3D successfully demonstrated its leading 3D optical measurement technologies at the 21st Metalworking and CNC Machine Tool Show (MWCS) in Shanghai. As a pioneer in non-contact 3D industrial inspection, XTOP3D captured significant attention with three flagship innovations: the Tube Qualify system, which reconstructs high-precision 3D bent tube models in just 2 seconds; the XTDIC 3D full-field strain measurement system, offering high-accuracy displacement and deformation testing under complex and harsh environments; and the XTOM blue-light 3D scanner, designed for high-fidelity workpiece inspection and rapid quality control. These home-grown, high-end optical systems deliver efficient and visual data analysis to empower digital manufacturing and R&D across aerospace, automotive, and materials engineering. XTOP3D continues to bridge the gap in China’s high-precision optical metrology market, driving intelligent industrial upgrades globally.

In September, XTOP 3D was invited to participate in a series of prestigious industrial exhibitions and academic conferences. The company showcased its latest 3D optical measurement and Digital Image Correlation (DIC) strain measurement technologies. Through keynote presentations and live demonstrations, XTOP 3D engaged with industry experts, researchers, and partners, highlighting how its cutting-edge 3D metrology and non-contact deformation testing solutions empower the development of intelligent manufacturing. This event successfully strengthened XTOP 3D’s international brand presence and fostered potential technological collaborations.

XTOP3D recently participated in the 33rd National Mining Engineering Annual Conference, a premier platform for academic exchange and talent cultivation in China's mining sector. At the event, XTOP3D demonstrated its cutting-edge 3D optical measurement technologies tailored for mining research and digital inspection. Key highlights included the XTDIC-CONST 3D Full-Field Strain Measurement System, which utilizes Digital Image Correlation (DIC) and stereo vision to provide precise 3D displacement and strain analysis for rock mechanics and dynamic deformation testing. Additionally, the XTDP 3D Optical Photogrammetry System was featured for its high efficiency and accuracy in static deformation testing of complex mining structures. Through continuous innovation and university-industry collaboration, XTOP3D remains committed to delivering advanced, non-contact optical measurement solutions that accelerate scientific achievements and drive digital transformation in mining engineering.

XTOP3D successfully co-hosted the "3D Optical Measurement Application Development Forum" in South Korea alongside Kyungpook National University (KNU) and Pohang University of Science and Technology (POSTECH). Industry experts and scholars gathered to discuss the latest advancements in non-contact 3D full-field strain and deformation analysis using Digital Image Correlation (DIC) technology. The forum highlighted DIC's outstanding advantages over traditional strain gauges in flexible material testing, wall thickness variation, and Finite Element Analysis (FEA) validation. Following fruitful technical exchanges, XTOP3D established a collaborative consensus with KNU and POSTECH to jointly advance 3D optical measurement research, driving product safety and manufacturing innovation to a higher level.

At the Guangzhou International Pipe and Tube Exhibition, XTOP 3D officially debuted its self-developed Tube Qualify 3D Optical Tube Inspection System. Designed to address critical pain points in the tube manufacturing industry, the system offers high-precision, non-contact, and rapid measurement solutions for bent tubes, eliminating the limitations of traditional, inefficient manual fixtures. The Tube Qualify system delivers comprehensive solutions for on-line tube inspection, fast bending machine calibration, and reverse engineering. Additionally, XTOP 3D showcased its industry-leading industrial metrology products, including the XTOM-MATRIX blue light 3D scanner and XTDIC-CONST 3D full-field strain measurement system, highlighting the company’s deep dedication to specialized fields of industrial 3D optical inspection.

At the 19th China International Exhibition on Die & Mould Technology and Equipment (DMC 2019) in Shanghai, XTOP3D, a leading provider of 3D optical metrology, showcased its latest 3D scanning and deformation measurement solutions. To accelerate smart manufacturing in the mold industry, XTOP3D highlighted the XTOM-MATRIX industrial blue light 3D scanner, V700 handheld laser scanner, and XTDP photogrammetry system. Additionally, the company demonstrated its self-developed XTDIC-CONST 3D full-field strain measurement system based on Digital Image Correlation (DIC) technology, offering precise, non-contact measurement of coordinate, displacement, and strain fields during material testing. This showcase highlights XTOP3D’s commitment to driving technological upgrades in precision mold manufacturing and material mechanics globally.

At the Lijia Intelligent Equipment & Mold Exhibition 2019 in Chongqing, XTOP3D, a pioneer in 3D optical metrology, showcased its cutting-edge 3D optical inspection and deformation measurement solutions. To address manufacturing challenges, XTOP3D highlighted its high-precision 3D optical tube measurement system, which delivers 100% automated inspection, bender calibration, and reverse engineering. Compared to conventional displacement sensors, XTOP3D's visual-based non-contact DIC (Digital Image Correlation) systems offer rich deformation data, helping R&D teams analyze dynamic behavior with superior efficiency. Integrating blue-light scanning with intelligent algorithms, XTOP3D streamlines inspection workflows to drive industrial upgrading. This exhibition marks a significant milestone in XTOP3D's expansion into Southwestern China, underscoring its long-term commitment to enhancing global competitiveness in 3D optical measurement.