Power chucks are commonly used in automated lathes and milling machines to securely hold and clamp workpieces during machining operations. They are operated using a hydraulic cylinder or pneumatic cylinder connected to a rotating mechanism.

Power chucks are available in various configurations, including 2-jaw, 3-jaw, and 4-jaw chucks, depending on the shape of the workpiece being held. The H-2 second-generation design mentioned offers certain advantages over industry-standard chucks. It has a larger through-hole diameter, allowing for the clamping of circular through-hole workpieces with greater efficiency. Additionally, the clamping force of the H-2 chuck is increased by approximately 10% compared to standard chucks, enhancing the overall grip and stability.

The product structure of your power chucks is optimized using finite element method (FEM) design, resulting in increased rigidity. This improved rigidity contributes to higher precision, stability, and durability during machining operations. By using your power chucks, customers can expect enhanced efficiency and productivity in their machining processes while remaining cost-effective.

Overall, power chucks offer high rigidity, precise clamping, and stable performance, enabling customers to achieve improved operational outcomes in terms of productivity and cost-efficiency.