The XTOM TRANSFORM series of mobile automated 3D inspection systems combines structured light scanning technology with flexible robotic capabilities, leveraging advanced automation to meet the growing demand for rapid, automated scanning solutions in industrial applications. The system offers robust environmental adaptability and simple operation, combined with proprietary integrated scanning and inspection software. It meets the automated inspection needs of stampings, injection molded parts, machined sheet metal parts, die-cast parts, and other components in complex workshop environments, contributing to the efficient and high-quality development of intelligent manufacturing.

Developed specifically for batch measurement, the XTOM TRANSFORM can be used directly in production environments to support quality control during the production process. Automated measurement routines offer advanced features such as interactive scan planning, robot path generation, and collision avoidance, providing truly automated 3D scanning capabilities, including automated scanning, part inspection, and report generation, enabling true automated scanning and inspection.

Developed independently by Xintuo 3D, the XTOM series software integrates scanning, inspection, and reporting capabilities. Nominal-actual comparisons and geometric tolerance analysis can be performed directly within the software. Measurement results are easy to interpret, facilitating the implementation of necessary corrective actions. The software performs comprehensive analysis, generates comprehensive reports, and integrates measurement results into existing processes.

It offers three models, including assistive robots and desktop automation, and multiple configuration options to meet users' batch inspection needs in diverse scenarios.

High-performance hardware modules and powerful 3D reconstruction algorithms ensure accurate measurements regardless of user experience, while providing high-resolution and traceable data. High-resolution 3D model details meet inspection requirements for feature lines, radii, cut edges, and hole patterns.