At the ITES Shenzhen International Industrial Manufacturing Technology Exhibition (SIMM), XTOP3D made a powerful impact by presenting its advanced 3D optical measurement technologies. The company highlighted its proprietary XTDIC 3D Full-Field Strain Measurement System (utilizing Digital Image Correlation) and XTOM Blue Light 3D Scanning System. These cutting-edge tools empower modern industries with high-precision, non-contact dimensional inspection and structural deformation testing. Positioned at Booth 3-F17, XTOP3D demonstrated how digital 3D metrology and optical strain analysis can optimize manufacturing processes, drive product development, and ensure unparalleled quality control. The exhibition underscored XTOP3D’s commitment to leading industrial digitization and delivering intelligent inspection solutions for aerospace, automotive, and materials science applications.

Selecting the ideal 3D measurement equipment is critical for manufacturing and quality control. This guide by Xtop3D highlights key factors to consider, including accuracy requirements, object size and surface characteristics, scanning speed, and portability. By understanding different technologies—such as structured blue light scanning and photogrammetry—and evaluating software compatibility with existing CAD/CAM workflows, businesses can make informed decisions. Choosing the right high-precision 3D scanner optimizes measurement efficiency and ensures seamless inspection processes.

On International Workers' Day, XTOP 3D pays tribute to its dedicated team of engineers, researchers, and support staff. This article highlights the tireless efforts of the XTOP 3D team, who work around the clock—from early dawn to late night, and even in challenging weather conditions—to deliver precise 3D Digital Image Correlation (DIC) and non-contact strain measurement solutions. Driven by a passion for technical excellence and product innovation, their collective dedication represents the true 'heartbeat' and driving force behind XTOP 3D’s industry-leading optical measurement systems.

At the 21st China High-Tech Fair (CHTF), XTOP 3D, a pioneer in 3D digital measurement and a subsidiary of 3D sensing unicorn Orbbec, showcased its self-developed 3D metrology and inspection solutions. Highlighting the event was the XTOM 3D Optical Scanning Measurement System, which enables rapid, full-scale inspection and reverse engineering of complex parts, and the Tube Qualify System, a high-precision online solution for multi-task bend tube quality inspection. These innovations offer efficient, contact-free, and high-accuracy alternatives to traditional mechanical inspection, driving digital transformation in aerospace, automotive, and smart manufacturing sectors.

XTOP3D is pleased to announce its participation in the 30th China International Exhibition on Die & Mould Technology and Equipment (DMC 2020), held from October 10 to 13 at the National Exhibition and Convention Center in Shanghai. At Booth 4-H3252, XTOP3D will showcase its leading-edge 3D optical measurement systems and specialized solutions tailored for the tooling and manufacturing sectors. Key highlights include the XTOM-TRANSFORM automated 3D inspection system for precise mold dimensioning, non-contact blue-light 3D scanning for surface quality control, the XTDIC 3D optical strain measurement system for advanced material fatigue testing, and the Tube Qualify system for rapid 3D bending tube inspection. Visually explore these innovations with our experts to optimize your mold manufacturing processes.

XTOP 3D is pleased to invite you to the Chinese Congress of Theoretical and Applied Mechanics (CCTAM 2021), held in Chengdu from August 1-4, 2021. At the event, XTOP 3D will showcase its industry-leading experimental mechanics solutions, including the XTDIC 3D Full-Field Strain Measurement System, the XTDIC-Micro System, and advanced XTOM 3D Scanners. Designed to support high-accuracy material testing, fatigue analysis, and structural simulation, our non-contact optical measurement technologies empower researchers and engineers to bridge the gap between simulation and reality. Visit the XTOP 3D booth to explore customized solutions for your optical metrology and strain measurement needs.

XTOP3D, a leading provider of 3D optical metrology, showcased its proprietary XTDIC 3D Full-Field Strain Measurement System at the Korean Institute of Metals and Materials (KIM) conference in Daegu, South Korea. Partnering with its Korean distributor, Mr. Jay Park, XTOP3D demonstrated the advanced capabilities of the digital image correlation (DIC) system to global researchers and industry experts. Unlike traditional contact-based measurement tools, the XTDIC system offers a flexible, highly precise, and non-contact solution for capturing overall deformation and strain patterns across varied material surfaces—including metals, rocks, and biomaterials. The live demonstrations highlighted XTOP3D's international competitiveness in experimental solid mechanics and material testing.

At the 3rd National Youth Fatigue Academic Symposium, XTOP3D successfully demonstrated its industry-leading XTDIC 3D Full-Field Strain Measurement and Analysis System. This premier event, organized by the Chinese Materials Research Society and the Institute of Metal Research (CAS), focused on critical developments in material fatigue, characterization, and lifetime prediction. XTOP3D’s XTDIC system features self-developed core algorithms, offering high-precision, non-contact, and non-destructive 3D deformation measurements. Capable of capturing dynamic strain data in seconds, the system provides traceable, repeatable digital image correlation (DIC) analysis without the need for traditional strain gauges. This advanced optical solution significantly accelerates material mechanical testing and structural fatigue research across aerospace, automotive, and civil engineering industries.

At the Q3 Secretariat Meeting of the Zhejiang 5G Industry Alliance in Hangzhou, XTOP3D, as a pioneer member, showcased its cutting-edge 5G-powered 3D scanning and inspection technology. As Zhejiang's landmark "5G + Smart Manufacturing" application, XTOP3D's solution utilizes high-speed, low-latency 5G networks to transmit massive full-field 3D measurement data directly to cloud servers for instant alignment and analysis. This innovation significantly compresses system inspection cycles, enables comprehensive product-quality database tracking, and eliminates traditional network bandwidth bottlenecks. By seamlessly merging 5G capabilities with industrial 3D metrology, XTOP3D continues to empower manufacturing enterprises with ultra-efficient, highly automated, and cost-effective quality control solutions.

At the Korean Society for Technology of Plasticity (KSTP) Seminar held in Jeju Island, XTOP 3D, alongside its Korean partner, successfully showcased its proprietary XTDIC 3D Full-Field Strain Measurement and Analysis System. Based on advanced Digital Image Correlation (DIC) algorithms, the XTDIC system provides critical non-contact, high-precision, and non-destructive 3D deformation, displacement, and strain data. This mobile optical measurement tool can be seamlessly integrated into diverse testing environments—including static, dynamic, high-speed, and extreme-temperature setups. By offering richer, full-field data compared to traditional strain gauges, XTOP 3D's DIC solutions are paving the way for advanced research in plasticity materials, structural mechanics, and numerical simulation validation across global automotive, aerospace, and civil engineering industries.