NT 3-Jaw Steel Body Chuck

In high-speed, high-stability CNC machining environments, the choice of clamping system directly impacts both safety and efficiency. The CHANDOX NT Series 3-Jaw Steel Body Chuck features a precision serrations engagement structure and a rigid steel housing, delivering exceptional clamping flexibility and structural strength. This enhances fixture versatility and operational efficiency across a wide range of machining applications.
1. High-Rigidity Steel Body | Built for High-Speed, Heavy-Duty Cutting
The robust steel housing ensures excellent rigidity, maintaining stable clamping even under high-speed rotation. This minimizes mechanical wear and reduces the risk of fracture, significantly improving machining safety and extending equipment lifespan.

2. Modular Jaw Design | Highly Versatile
The NT Series supports both soft and hard jaws compatible with CNC hydraulic chucks, enabling resource sharing, reducing inventory requirements, and lowering changeover costs. This makes it particularly well-suited for flexible manufacturing across multiple machines or diverse product lines.

3. Adjustable Jaw Depth | Extended Clamping Range
Jaw positions can be adjusted forward or backward to accommodate different workpiece sizes. A single chuck can therefore cover a broader machining range, ideal for fast changeovers in customized or small-batch, diversified production environments.

4. Optimized Manual Operation | Safer and Easier to Use
Requires less torque when turning the wrench, making operation smoother, easier, and safer.

5. Dedicated Two-Jaw Version | Strong Clamping for Asymmetric Workpieces
For heavy-duty or irregular parts, the NT Series also offers a two-jaw version designed specifically for unbalanced loads and eccentric clamping applications.

🔍 Applications
(1)High-speed precision machining on CNC lathes
(2)Standardized integration for automated fixtures
(3)Flexible manufacturing for multiple products and small batches
(4)Heavy-duty cutting and high-load clamping (with two-jaw version)

📈 Key Benefits
✅ Improved changeover efficiency and better utilization of clamping resources
✅ Enhanced safety and stability under high-speed operation
✅ Reduced operator workload, boosting productivity and yield