Integrates a constant-force floating grinding system and intelligent force-control technology to achieve adaptive machining of complex surfaces such as aviation blades and engine blisks.

Equipped with automatic tool/sandpaper changing functions and compensates for trajectory errors to improve yield rates. Supports the grinding of composite materials and metal deburring.

Utilizes collaborative robotic arms (5-20kg payload) deeply integrated with machine tools, supporting tray, magazine, and mobile multi-mode feeding.

Features high repeatable positioning accuracy and is compatible with lathes, machining centers, and grinding machines.
The modular design (Series A/B/C/D) enables rapid changeover for small-batch, high-mix production, significantly improving changeover efficiency.

This center employs an industrial robot mounted on a linear track to achieve flexible multi-station operation.

Typically applied for automated tending of automotive parts, milling of large aerospace components, autonomous replacement of metal processing bins, and repair of large workpieces.

Designed specifically for industries like aerospace and automotive components, it integrates an explosion-proof robot with a precise paint supply system.

Features automatic cleaning, color change valves, and paint mixing ratio functions. It meets stringent spraying requirements for parts like aircraft wing frames, addressing challenges in coating uniformity and VOC treatment.

Automatically generates welding paths based on expert welding algorithms, eliminating the need for manual programming.

Capable of identifying steel structures like box columns and ship cabin doors. It optimizes processes through model-based seam extraction and search positioning actions, reducing debugging time and adapting to complex working conditions such as press base frames.