English 
The K72 Series Four-Jaw Independent Chuck is a robust and versatile clamping solution for machining applications that require precision and flexibility. Unlike self-centering chucks, each jaw in this series operates independently, allowing for the secure clamping of irregularly shaped, asymmetrical, or off-center workpieces. The K72 series is ideal for both CNC and manual lathe operations across various industries.
Independent Jaw Control
Each jaw can be adjusted separately, providing the flexibility to clamp irregularly shaped and asymmetrical workpieces with ease.
High Clamping Versatility
Suitable for holding square, rectangular, round, and non-standard shapes, making it ideal for complex machining tasks.
Precision and Reliability
Built to maintain tight tolerances, ensuring stable and accurate clamping for precise machining operations.
Durable Construction
Made from high-grade hardened steel or alloy materials for long-lasting durability and resistance to wear.
Wide Application Compatibility
Designed to fit a variety of manual and CNC lathe models, ensuring seamless integration into existing setups.
Heavy-Duty Performance
Capable of handling large and heavy workpieces, making it suitable for industrial and heavy-duty applications.
Ease of Maintenance
Simple design ensures straightforward cleaning and maintenance, reducing downtime and operational costs.
Material: High-strength hardened steel or alloy steel.
Jaw Configuration: Four independent jaws for customized clamping.
Mounting Options: Available in various flange types to suit different lathe spindles.
Clamping Range: Wide range to accommodate diverse workpiece sizes and shapes.
Accuracy: Engineered for precise machining with minimal slippage or distortion.
CNC Machining
Ideal for holding irregularly shaped parts during automated processes.
Manual Lathe Operations
Perfect for traditional turning, facing, and drilling tasks.
Metalworking
Commonly used for clamping unique and customized metal components.
Aerospace Industry
Suitable for machining intricate parts with complex geometries.
Automotive Industry
Effective for manufacturing and repairing non-standard automotive components.
Heavy-Duty Industrial Applications
Designed to handle oversized or heavy materials in industrial environments.
The K72 Series Four-Jaw Independent Chuck is a robust and versatile clamping solution for machining applications that require precision and flexibility. Unlike self-centering chucks, each jaw in this series operates independently, allowing for the secure clamping of irregularly shaped, asymmetrical, or off-center workpieces. The K72 series is ideal for both CNC and manual lathe operations across various industries.
Independent Jaw Control
Each jaw can be adjusted separately, providing the flexibility to clamp irregularly shaped and asymmetrical workpieces with ease.
High Clamping Versatility
Suitable for holding square, rectangular, round, and non-standard shapes, making it ideal for complex machining tasks.
Precision and Reliability
Built to maintain tight tolerances, ensuring stable and accurate clamping for precise machining operations.
Durable Construction
Made from high-grade hardened steel or alloy materials for long-lasting durability and resistance to wear.
Wide Application Compatibility
Designed to fit a variety of manual and CNC lathe models, ensuring seamless integration into existing setups.
Heavy-Duty Performance
Capable of handling large and heavy workpieces, making it suitable for industrial and heavy-duty applications.
Ease of Maintenance
Simple design ensures straightforward cleaning and maintenance, reducing downtime and operational costs.
Material: High-strength hardened steel or alloy steel.
Jaw Configuration: Four independent jaws for customized clamping.
Mounting Options: Available in various flange types to suit different lathe spindles.
Clamping Range: Wide range to accommodate diverse workpiece sizes and shapes.
Accuracy: Engineered for precise machining with minimal slippage or distortion.
CNC Machining
Ideal for holding irregularly shaped parts during automated processes.
Manual Lathe Operations
Perfect for traditional turning, facing, and drilling tasks.
Metalworking
Commonly used for clamping unique and customized metal components.
Aerospace Industry
Suitable for machining intricate parts with complex geometries.
Automotive Industry
Effective for manufacturing and repairing non-standard automotive components.
Heavy-Duty Industrial Applications
Designed to handle oversized or heavy materials in industrial environments.
