Explore zero point modules, plates, pneumatic systems, and modular workholding for CNC machining.
ZERO POINT SYSTEM SELECTION
Choose the zero point interface based on fixture size, workpiece size, mounting space, and machining requirements.
Designed for smaller fixtures, compact workpieces, and applications where mounting space is limited.
Built for larger fixtures, larger workpieces, and demanding multi-fixture or 5-axis applications.
CLAMPING METHOD
Select the clamping method that matches your production volume, changeover frequency, and automation needs.
Simple, direct clamping for job shops, prototypes, low-volume production, and flexible fixture changes.
Air-actuated clamping for faster fixture changes, repeatable production, and automation-ready workholding.
FAQ
A zero point clamping system creates a standardized locating and clamping interface so fixtures can be removed, repositioned, and changed without repeating the entire setup process.
TS52 uses a more compact 52mm interface for smaller fixtures and limited mounting space. TS96 uses a larger 96mm interface for larger fixtures, larger workpieces, and more demanding multi-fixture or 5-axis applications.
Manual systems are a practical choice for lower-volume production and occasional fixture changes. Pneumatic systems are better suited to frequent changeovers, repeat production, pallet handling, and automation.
Yes. A standardized zero point interface can reduce re-clamping and keep fixtures positioned consistently, while compact fixture geometry can improve tool access around complex 5-axis parts.
The locating interface is standardized outside the machine. Once a fixture is prepared, the next fixture can be changed into the same reference position with much less manual indicating and alignment.
