To overcome these bottlenecks, modern manufacturing is reshaping the manufacturing boundaries of complex curved surface processing parts by integrating multi-axis linkage control, advanced tooling systems, intelligent process planning, and new machining t
Regularly calibrating the clamping force sensor and transmission system to ensure the accuracy of data acquisition and actuators is key to maintaining long-term stability of the clamping force.
In the wave of automation and intelligence in modern manufacturing, pneumatic, hydraulic, and even electric clamps are widely used.
In the precise symphony of modern industrial production, the positioning of every part, the alignment of every assembly, and the flow of every process all rely on a silent yet crucial player—the powered clamp.
In cutting-edge industries such as aerospace, medical devices, semiconductor equipment, optical instruments, and new energy vehicles, precision processed parts are the core foundation for ensuring the performance, reliability, and lifespan of the entire s
Preventing workpiece deformation during non-powered precision fixture clamping requires a multi-dimensional collaborative approach involving design, materials, processes, and operation.