English 
The through/stop type chuck is featured by back pull action. After being fitted with the baffle plate and accurately positioned in axial positioning. After being pulled back, the collet chuck fully fits the chuck and relies on the stop device, forming stable and firm clamping force. The clamping force efficiency is generally the same even when short workpiece is clamped. The chuck can be used as a through-hole after removing the baffle plate.
The cone of piecewise chuck completely fits with the chuck, forming a combined solid fixture. The processing rigidity, mechanical stability and clamping accuracy are therefore greatly improved.
The machine can be used in combination with CNC lathes, special machines, or other rotary turning machinery for bar or mandrel processing.
Air tightness detection device can be added.
The collet chuck is installed in the same way as the hollow chuck, and can be interchangeable with hollow chuck without changing the pull rod.
Comprehensive waterproof design may prevent cutting water and scrap iron from entering the spindle through hole.
Back-Pull Mechanism:
Ensures a secure grip and minimizes workpiece deformation by pulling back against the chuck’s base.
Positioning Accuracy:
Designed for consistent and repeatable positioning, critical for precision tasks.
Durable Rubber Collet Design:
Offers high flexibility and strong clamping force while reducing surface damage to delicate workpieces.
Compact and Robust Construction:
Space-saving design with durable materials for long-lasting performance.
Versatility in Applications:
Suitable for various industries, including aerospace, automotive, and electronics manufacturing.
Low Maintenance:
Engineered for reliability and ease of use, minimizing downtime and maintenance requirements.
CNC Machining: Provides stable and accurate clamping for high-speed and precision operations.
Metalworking: Ideal for securely holding a variety of workpiece shapes and sizes.
Automotive and Aerospace Manufacturing: Supports the production of precision components with minimal error.
Inspection and Testing: Ensures stable positioning for quality control and testing tasks.
Electronics Assembly: Handles small, delicate components without causing surface damage.
The through/stop type chuck is featured by back pull action. After being fitted with the baffle plate and accurately positioned in axial positioning. After being pulled back, the collet chuck fully fits the chuck and relies on the stop device, forming stable and firm clamping force. The clamping force efficiency is generally the same even when short workpiece is clamped. The chuck can be used as a through-hole after removing the baffle plate.
The cone of piecewise chuck completely fits with the chuck, forming a combined solid fixture. The processing rigidity, mechanical stability and clamping accuracy are therefore greatly improved.
The machine can be used in combination with CNC lathes, special machines, or other rotary turning machinery for bar or mandrel processing.
Air tightness detection device can be added.
The collet chuck is installed in the same way as the hollow chuck, and can be interchangeable with hollow chuck without changing the pull rod.
Comprehensive waterproof design may prevent cutting water and scrap iron from entering the spindle through hole.
Back-Pull Mechanism:
Ensures a secure grip and minimizes workpiece deformation by pulling back against the chuck’s base.
Positioning Accuracy:
Designed for consistent and repeatable positioning, critical for precision tasks.
Durable Rubber Collet Design:
Offers high flexibility and strong clamping force while reducing surface damage to delicate workpieces.
Compact and Robust Construction:
Space-saving design with durable materials for long-lasting performance.
Versatility in Applications:
Suitable for various industries, including aerospace, automotive, and electronics manufacturing.
Low Maintenance:
Engineered for reliability and ease of use, minimizing downtime and maintenance requirements.
CNC Machining: Provides stable and accurate clamping for high-speed and precision operations.
Metalworking: Ideal for securely holding a variety of workpiece shapes and sizes.
Automotive and Aerospace Manufacturing: Supports the production of precision components with minimal error.
Inspection and Testing: Ensures stable positioning for quality control and testing tasks.
Electronics Assembly: Handles small, delicate components without causing surface damage.
