China Lingman Machinery Technology (Changzhou) Co., Ltd. Company Cases

The main applications of pneumatic chucks are as follows:   Machining: Pneumatic chucks are widely used in machining processes such as milling, turning, drilling, and grinding. They securely hold and clamp various shapes and sizes of workpieces, ensuring stability and accuracy during the machining process.   Assembly and Fixturing: Pneumatic chucks are employed for holding and fixing components during assembly and fixturing operations, including tasks like welding, threading, and fastening. They provide stable clamping force and precise alignment, ensuring accurate positioning and connection of components. Inspection and Measurement: Pneumatic chucks play a vital role in inspection and measurement applications. For example, in coordinate measuring machines (CMMs), pneumatic chucks are used to hold the workpiece in place on the measurement platform, allowing for precise measurement and comparative analysis. Fine Part Machining: Pneumatic chucks are essential for machining small and thin-walled workpieces. They provide appropriate clamping force and even distribution of force to avoid deformation or damage. This is crucial for the precise machining of components such as electronic elements, microelectromechanical systems (MEMS), and precision instrument parts.   Automated Production Lines: Pneumatic chucks are extensively used in automated production lines to achieve rapid, accurate, and reliable workpiece clamping. They can be integrated with automated equipment and robots to enable unmanned production and efficient machining. Manufacturing and Machining Centers: Pneumatic chucks find wide applications in various manufacturing and machining centers, including metalworking, plastic processing, woodworking, glass processing, and more. They cater to workpiece clamping requirements across different industries and application domains. In summary, pneumatic chucks play a crucial role in industrial production by providing stable clamping force and accurate workpiece positioning. They are utilized in machining, assembly, inspection, and measurement applications to meet the diverse needs of industries ranging from manufacturing and machining to automation and precision engineering.