Hydraulic Lever Clamp Cylinder — Maximum Working Pressure: 70 bar
The Hydraulic Lever Clamp Cylinder is a clamping element that uses hydraulic oil as its driving power. The piston drives the lever mechanism to achieve clamping. Its main feature lies in the lever principle, which converts hydraulic thrust into greater clamping force, ensuring stable and efficient workpiece fixation.

Key Features
1. High Clamping Force — The lever structure amplifies the hydraulic thrust, providing stable clamping for medium to large workpieces.
2. Compact Structure — Short and compact design, easy to install in fixtures or tooling with limited space.
3. Accurate Positioning — Lever-type clamping provides stable lateral or downward force, preventing the workpiece from shifting or vibrating during machining.
4. High-Strength Design — The lever mechanism is integrated with the cylinder body.
5. Automation Integration — Customized lever clamps can be equipped with sensors to detect clamping/release positions, meeting the requirements of CNC automation and production lines.
6. Installation Method — Mounted from the top by securing with screws directly onto the fixture plate, using manifold installation.

Recommended Applications
1. CNC Machining Center Fixtures — Ideal for milling, drilling, and tapping processes requiring strong cutting forces and secure workpiece fixation.
2. Tooling & Fixture Systems — Suitable for mass-production fixtures, reducing workpiece setup/removal time and improving productivity.
3. Automotive Parts Machining — For components such as engine blocks, brake parts, and suspension systems, where high accuracy and rigidity are required.
4. Aerospace Industry — For machining composite materials or aluminum alloy structures, minimizing dimensional deviations caused by vibration.
5. Heavy Industry / Steel Processing — Applied in securing large structures or thick plate components, enhancing safety and machining precision.

In short, the Hydraulic Lever Clamp Cylinder is ideal for machining applications that require powerful clamping force, compact installation, and high precision. improving production efficiency.