Solving Machining Precision Pain Points: How the Nextas Self-Centering Vise Achieves 0.02mm Ultra-High Accuracy
Published on July 10, 2025
In the world of precision machining, accuracy is everything. However, many manufacturers face a common pain point: inconsistent workpiece positioning, which leads to repeated errors, wasted time on adjustments, and ultimately, compromised product quality. If you're tired of battling clamping inaccuracies, the Nextas Self-Centering Vise is here to revolutionize your workflow.
Core Advantage: ≤0.02mm Repeat Positioning Accuracy
The core feature of the Nextas Self-Centering Vise is its exceptional repeat positioning accuracy—strictly controlled to ≤0.02mm. What does this mean? After 10,000 clamping tests, its precision decay rate is still less than 0.005mm. For high-demand scenarios like precision parts manufacturing and mold making, this high degree of consistency eliminates errors at the source, directly boosting production efficiency and significantly reducing scrap rates.
Quality You Can Trust: Hardened Stainless Steel & Precision Grinding Process
Superior accuracy starts with premium materials and exquisite craftsmanship. The Nextas Self-Centering Vise is built from hardened stainless steel (HRC 53-58), which, after heat treatment, offers excellent hardness and wear resistance. It can withstand continuous clamping forces (≥100N) during high-intensity machining and resists deformation even after long-term use, maintaining stable performance.
To further enhance precision, the vise's critical contact surfaces undergo an advanced precision grinding process. This process greatly improves flatness and smoothness, minimizing gaps during clamping and ensuring even force distribution. The result? The workpiece remains securely locked throughout the entire machining process, providing the uncompromising clamping accuracy you need most.
