Rotary Table Accessories
The FT Series Pneumatic Brake Disc Tailstock is designed to provide stable support for rotary-axis setups when machining large-diameter and heavy-load workpieces. Its pneumatic braking and clamping mechanism helps improve overall system rigidity during cutting, making it a practical component for demanding machining applications.
Core Function
Working as the support end of the rotary axis, the FT Series Pneumatic Brake Disc Tailstock helps stabilize the machining setup when handling large or heavy workpieces. By providing additional support alongside the main spindle end, it helps maintain workpiece stability during cutting operations where rigidity and clamping reliability are important.
Structural Advantages
Disc-Type Design with a Larger Contact Area: The disc-type structure provides a larger contact area, supporting a stable contact interface for the tailstock assembly.
Built-In High-Rigidity Bearings: The integrated bearings are designed to support synchronous operation with the main spindle end, helping maintain alignment and clamping reliability during machining.
Pneumatic Braking and Clamping: The pneumatic braking mechanism helps improve system rigidity when machining large-diameter and heavy-load workpieces.
Selection Considerations
When selecting an FT Series Pneumatic Brake Disc Tailstock, consider compatibility with the rotary table, the main spindle interface, workpiece dimensions and weight, mounting space, and the required support arrangement. The pneumatic supply and applicable model specifications should also be confirmed during technical evaluation.
For a suitable configuration recommendation, provide the rotary table accessories, workpiece drawing, workpiece weight, machine layout, and intended machining operation. These details help the engineering team evaluate compatibility and identify the appropriate tailstock arrangement for your application.
For application-specific equipment configuration and workholding requirements, explore our CNC Machining Tooling Solutions.
