The scanner is equipped with two sets of high-precision structured light lenses to achieve sub-millimeter scanning accuracy, with a built-in thermal stability control system to ensure scanning accuracy stability during long-time operations. The aviation titanium alloy body ensures body stability and anti-interference ability, supports automatic point cloud alignment and noise reduction processing without manual intervention, and can complete high-precision point cloud processing. It supports nano-scale size inspection, compatible with mainstream industrial reverse engineering software, and can be directly used for product复刻, mold correction, and medica customization. It is equipped with professional calibration tools and training support to lower the professional operation threshold.
The maximum scanning resolution can reach 0.01mm, supporting scanning of workpieces from 10mm to 1m in size. The body dimensions are 450mm*350mm*300mm, supporting AC mains and external portable lithium battery power supply, and supports Thunderbolt 4 high-speed data transmission with a transmission speed of up to 40Gbps. The IP54 protection grade can cope with mild dust and splashing, supports automatic focusing of the scanning lens, adapting to workpiece surfaces of different thickness and reflectivity, and supports output of high-precision 3D models and size inspection reports, which can be directly used for quality control and reverse modeling of precision parts.
It is suitable for scenarios such as aerospace precision parts reverse modeling, medical implant customization, high-end mold manufacturing and quality inspection, and high-end watch parts复刻. It can achieve micron-level 3D data collection, helping high-end manufacturing enterprises improve product research and development efficiency and quality control level, solving the pain points of traditional precision mapping equipment being complicated to operate and expensive.
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