XTOP3D Invites You to Experience XTDIC and XTOM Innovations at CISILE 2016

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  Based on DIC technology, the XTOP3D XTDIC 3D full-field strain measurement system is designed for operating conditions ranging from -80°C to 1700°C (covering high/low and ultra-high temperatures). By integrating with in-situ testing machines, environmental chambers, and high-temperature furnaces, it enables the visual measurement of deformation and strain throughout processes such as material tension, bending, creep, and fracture, supporting research and testing in sectors including aerospace, new energy, and mechanical engineering.

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• Domestically produced measuring equipment successfully delivered to a leading new energy vehicle production line!

  XTOP3D's independently developed Tube Qualify 3D optical tube bending measurement system has successfully passed verification and has been smoothly implemented in the production line of a leading new energy vehicle manufacturer. This marks a new breakthrough for domestically produced equipment in the field of batch online inspection of automotive pipelines, providing important measurement equipment support for automotive pipeline quality inspection and production capacity upgrading.

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• XTOP3D Launches XTOM-MATRIX-12M Micron-Level Precision Blue Light 3D Scanner

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• XTOP3D Launches Flagship XTOM-STATION Automated 3D Inspection Center

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• Media Focus | XTOP3D Empowers Automated 3D Inspection with Dual Flagship 3D Scanning Systems

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• Media Focus: CCTV Highlights XTOP3D’s XTDIC Optical Measurement System in New Material Breakthroughs

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