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Enhancing Machine Tool Efficiency and Human-Robot Collaboration Safety

We provide reliable safety protection, robot guidance, and in-machine inspection solutions for CNC machine tools and their surrounding automation units, helping to build unmanned, high-efficiency machining workshops.

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CNC machine tool

3D stereoscopic protection for the injection molding machine’s clamping area and part-taking station.

In injection molding production, operators often need to perform spot checks or auxiliary tasks at conveyor belt locations near the mold-closing area. Although the equipment is equipped with safety guards, personnel still face risks of being squeezed by the high-pressure mold-closing mechanism or struck by robotic arms when opening doors to retrieve parts, adjusting or repairing molds, or addressing robotic arm malfunctions. Traditional 2D light curtains can only establish a “line” of protection on the exterior; once a person steps over the light curtain and enters the equipment’s blind zone, the protective barrier immediately becomes ineffective, posing significant safety hazards.

Safety Protection for the Swing-Arm Working Area of CNC Pipe Bending Machines

When using a CNC pipe bending machine to process long pipe components, as the bending die rotates, the tail end of the pipe undergoes significant lateral swinging—commonly referred to as "tail sweeping." This process is fast-paced, involves high torque, and the hazardous area varies depending on the length of the pipe component. Traditional physical barriers not only occupy substantial workshop space but also severely impede the frequent loading and unloading of long pipe components and the replacement of dies, thereby reducing production efficiency. Therefore, a key requirement for upgrading safety in pipe-bending workshops is how to effectively prevent operators from being struck or squeezed by swinging pipe components without resorting to physical barriers.

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