English 
The K12 Series Four-Jaw Self-Centering Chuck is a versatile and precision-engineered clamping solution designed for machining applications that require accurate and secure workpiece alignment. Featuring a self-centering mechanism, the K12 series chuck is ideal for CNC and manual lathe operations, enabling efficient and reliable performance across various industries.
Four-Jaw Self-Centering Design
All four jaws move synchronously to automatically center the workpiece, providing exceptional accuracy for turning and machining.
Enhanced Clamping Range
Offers greater flexibility for clamping irregularly shaped or cylindrical workpieces, accommodating a wide range of dimensions.
High Precision
Engineered to meet tight tolerances, ensuring consistent and accurate results for demanding machining tasks.
Robust Construction
Made from high-strength hardened steel or alloy materials, ensuring durability and resistance to wear and deformation.
Direct and Secure Mounting
Compatible with various lathe models, including CNC and manual systems, for quick and stable installation.
User-Friendly Operation
Designed for easy setup and maintenance, reducing downtime and improving productivity in machining operations.
Versatile Jaw Options
Includes reversible or replaceable jaws for added versatility in clamping different shapes and sizes.
Material: Hardened steel or alloy steel for superior strength and durability.
Jaw Configuration: Four-jaw, self-centering mechanism.
Mounting Options: Available in direct mounting or flange mounting types.
Clamping Range: Suitable for a wide variety of workpiece sizes.
Accuracy: High-precision tolerances for superior machining performance.
CNC Machining: Ideal for automated processes requiring precise and consistent clamping.
Manual Lathe Operations: Perfect for traditional turning, drilling, and milling applications.
Metalworking: Suitable for clamping pipes, shafts, and irregularly shaped components.
Aerospace Industry: Used for manufacturing high-precision parts.
Automotive Industry: Effective for machining complex automotive components.
Heavy-Duty Industrial Applications: Handles large and heavy workpieces with ease.
The K12 Series Four-Jaw Self-Centering Chuck is a versatile and precision-engineered clamping solution designed for machining applications that require accurate and secure workpiece alignment. Featuring a self-centering mechanism, the K12 series chuck is ideal for CNC and manual lathe operations, enabling efficient and reliable performance across various industries.
Four-Jaw Self-Centering Design
All four jaws move synchronously to automatically center the workpiece, providing exceptional accuracy for turning and machining.
Enhanced Clamping Range
Offers greater flexibility for clamping irregularly shaped or cylindrical workpieces, accommodating a wide range of dimensions.
High Precision
Engineered to meet tight tolerances, ensuring consistent and accurate results for demanding machining tasks.
Robust Construction
Made from high-strength hardened steel or alloy materials, ensuring durability and resistance to wear and deformation.
Direct and Secure Mounting
Compatible with various lathe models, including CNC and manual systems, for quick and stable installation.
User-Friendly Operation
Designed for easy setup and maintenance, reducing downtime and improving productivity in machining operations.
Versatile Jaw Options
Includes reversible or replaceable jaws for added versatility in clamping different shapes and sizes.
Material: Hardened steel or alloy steel for superior strength and durability.
Jaw Configuration: Four-jaw, self-centering mechanism.
Mounting Options: Available in direct mounting or flange mounting types.
Clamping Range: Suitable for a wide variety of workpiece sizes.
Accuracy: High-precision tolerances for superior machining performance.
CNC Machining: Ideal for automated processes requiring precise and consistent clamping.
Manual Lathe Operations: Perfect for traditional turning, drilling, and milling applications.
Metalworking: Suitable for clamping pipes, shafts, and irregularly shaped components.
Aerospace Industry: Used for manufacturing high-precision parts.
Automotive Industry: Effective for machining complex automotive components.
Heavy-Duty Industrial Applications: Handles large and heavy workpieces with ease.
