en.Wedoany.com Reported - China Sangu (Xiamen) Technology Co., Ltd. focuses on machine vision development, automated mechanical design, and information integration, committed to providing customers with overall automation solutions that replace manual labor with machines. The company has its own R&D team and has obtained multiple invention patents, utility model patents, and software copyrights, independently developing core visual inspection algorithms, deep learning algorithms, and corresponding software and hardware systems.
The Rod Appearance AOI Inspection Machine is specifically designed for finished tungsten steel alloy rod inspection, available in single-channel and dual-channel models, with workpiece dimensions customizable according to customer requirements. Utilizing deep learning visual algorithms, the device can detect appearance defects such as color differences, scratches, holes, and cracks on rods, while simultaneously completing multiple dimensional parameter measurements. Additionally, the equipment integrates functions such as automatic rod sorting, direction correction, defective product automatic sorting, weighing and counting, and full-box barcode scanning for material collection. It also provides communication ports for MES systems and AGV equipment, facilitating integration into smart factory production lines.
The Straightness and Drop Rod Appearance Inspection Machine is used for pre-incoming material inspection of tungsten steel alloy rods, supporting both single-channel and dual-channel operation modes, with product specifications customizable. The equipment integrates functions such as automatic material feeding from the hopper, rod straightness and end-face appearance inspection, automatic breaking and removal of defective workpieces, broken material cleaning, and automatic sorting and boxing of good products. It can interface with AGVs for automatic empty box recycling, automatically bind box information, and upload inspection data, enabling pre-interception of defective products during the incoming material stage to avoid raw material loss in subsequent processes.
The Pressed Blank Thread 3D Inspection Machine is designed for thread quality inspection of pressed blank rods, supporting centralized feeding of entire trays of materials and allowing inspection recipes to be switched as needed. This device uses 3D vision imaging technology to screen for thread dimension defects, automatically completing material loading/unloading and full-area inspection, visually displaying workpiece quality inspection results, while binding inspection data with production information for upload and archiving, facilitating production traceability. The machine features a compact structure with a small footprint, allowing flexible integration into existing production line workstations in the workshop to control thread quality during the semi-finished product stage.
