
Zero-Point Clamping Systems | NEXTAS Precision Workholding
Our modular zero-point clamping system provides a repeatable rigid datum for various workholding fixtures, with a repeat positioning accuracy of ≤0.003mm, slashing setup time by up to 90%.
High Precision
≤0.003mm Repeatability
Quick Changeover
Change fixtures in seconds
Automation Ready
Integrated sensors & air
Robust & Durable
Hardened alloy steel
Our modular zero-point clamping system provides a repeatable rigid datum for various workholding fixtures, with a repeat positioning accuracy of ≤0.003mm, slashing setup time by up to 90%.
NEXTAS Zero-Point Clamping Systems are manufactured from high-grade, hardened alloy steel for maximum rigidity and service life. The system uses pneumatically or hydraulically actuated clamping modules that engage with high-strength pull studs. This mechanism provides exceptional clamping force and a positive-locking connection that is immune to vibration, ensuring your setup remains secure even during the most aggressive machining operations.
Five key functions support high-precision positioning and long service life:
- Mechanical self-locking;
- Clamping pressure increase;
- Self-cleaning of positioning surfaces;
- Air-tightness detection;
- Inner hole cleaning.


Transform Your Setups
See how a zero-point clamping system can revolutionize your workflow, enabling fixture changes in under a minute.
What Our Customers Say
“Implementing the NEXTAS zero-point clamping system has been a total transformation for our shop. What used to be a 45-minute setup is now done in less than 5 minutes. The repeatability is flawless. I can't imagine going back.”
Tom Wilson, Shop Foreman
High-Mix Job Shop
Complete Your System
5-Axis Vises
Compact design provides maximum tool accessibility for complex 5-axis machining.
View Details →Pneumatic Chucks
High-speed, high-accuracy clamping for automated production lines.
View Details →Fixture Accessories
A full range of high-strength positioning pins, pull studs, and accessories to complete your setup.
View Details →