Ovanst Launches Upgraded CNC Hydraulic Fixture Dedicated to Shock Tower Machining, Focusing on Three Core Capabilities – Anti-Vibration Clamping, Multi-Station Processing, and Automation Compatibility – to Support High-Volume Production of New Energy Vehicle Chassis Components.

In terms of anti-vibration clamping performance, the CNC hydraulic fixture features an upgraded rigid frame structure with a multi-point uniform pressure clamping configuration. This effectively counteracts cutting vibrations, prevents workpiece displacement and deformation, stabilizes machining accuracy, reduces rework of defective parts, and lays a solid foundation for precision machining.

The dedicated CNC hydraulic tooling for shock towers adopts an integrated multi-station design that enables completion of multi-angle and multi-operation machining in a single clamping setup. This eliminates repetitive loading, unloading, and repositioning steps, shortens cycle times, and delivers a tangible boost to overall production efficiency.

The CNC hydraulic fixture is equipped with standard interfaces for seamless integration with robotic arms for automated loading and unloading, and is compatible with hydraulic linkage control systems for easy incorporation into smart production lines. Constructed from high-strength alloy steel with heat treatment reinforcement, the fixture features a modular structure that facilitates convenient maintenance and extends service life.

This dedicated CNC tooling upgrade for shock towers directly addresses key production challenges. With its advantages in vibration-resistant clamping, efficient machining, and intelligent adaptability, it provides automotive parts manufacturers with a reliable workholding solution that drives quality improvement and efficiency gains in smart manufacturing.

Ovanst is focused on the customized development of CNC hydraulic fixtures. We welcome inquiries and collaboration opportunities with industry clients to create new value together.