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This collet chuck is designed for use with BT40 spindle tapers. It is compatible with ER32 collets, offering a versatile solution for holding various cutting tools.

This hydraulic chuck assembly is designed for industrial machinery applications requiring secure and precise workpiece gripping. Its adjustable clamping force accommodates various workpiece sizes, while friction pads enhance grip and prevent slippage during high-torque operations.

This lathe chuck features a short cylindrical center mounting. It is suitable for clamping pentagonal workpieces and provides enhanced grip.

This high-precision lathe chuck features short cylindrical center mounting. The jaws are composed of two-piece jaws that can perform as either internal jaws through adjustment.

This precision-engineered chuck is a critical component in machine tools, designed for securely holding workpieces during machining operations. The self-centering design employs jaws to grip the workpiece with high rigidity and accuracy, making it suitable for heavy-duty turning, milling, or grinding.

This is a wedge-type chuck designed for secure and accurate workpiece holding. It features robust construction for enhanced durability and stability during high-speed operations.

This precision-engineered collet chuck is designed for machine tools, offering high accuracy and reliable workpiece clamping. It is constructed from durable materials for an extended lifespan and consistent performance.

This lathe chuck is precision engineered for high-performance machining applications. Its robust construction provides secure and accurate workpiece clamping, ensuring precise machining results.

This specialized chuck is designed for holding pipe unions and cylindrical workpieces. It features a circular body with jaws and mounting holes for secure attachment to a machine tool.

This air-actuated collet chuck is designed for precision clamping. It features robust construction for durability and is suitable for machining applications requiring accurate workpiece holding.

These precision-engineered chuck jaws are designed for K52, K54, and K55 chucks. They provide a secure and accurate grip for various machining applications and are constructed from high-quality materials for durability.

This wedge-style chuck is precision engineered for secure workpiece holding in machining. Its robust construction ensures durability and high clamping force for turning, milling, and grinding.

This spring air-actuated chuck is designed for pipe machining applications. It utilizes a spring mechanism for gripping force and is pneumatically actuated for opening and closing.

This precision four-jaw wedge chuck is designed for machine tool applications, providing strong and accurate clamping. The wedge-type mechanism ensures high gripping force and repeatability for various machining operations.

This is a precision four-jaw wedge-type lathe chuck designed for secure and accurate workpiece holding. It features a robust construction for demanding machining operations.

This four-jaw wedge-type chuck is designed for machine tools, providing secure and precise workpiece clamping. It features a robust construction for heavy-duty applications, ensuring stability and accuracy during machining operations.

This high-speed power chuck is designed for precision machining applications. Its wedge-type actuation mechanism ensures enhanced gripping force and accuracy, making it suitable for CNC lathes and other high-performance machine tools.

This high-speed, two-jaw chuck features a wedge-type actuation mechanism for enhanced gripping force and precision. Designed for demanding machining applications, it ensures secure workpiece holding at high rotational speeds.