Hydraulic Swing Clamp Cylinder — Max operating pressure: 70 bar

A hydraulic swing clamp cylinder is a clamping element powered by hydraulic oil. Its unique feature is that the piston rod performs a swing motion (rotation) before moving linearly to clamp or release. This design effectively avoids interference with the surface of the workpiece or the fixture, making it especially suitable for confined spaces or applications that require fast automated positioning.

Key Features
1) High Clamping Force: Provides stable and powerful clamping with hydraulic drive.
2) Swing Motion: Available in common swing angles of 90° or 180°, with left or right swing options.
3) Compact Design: Short cylinder body, easy to install on jigs or CNC fixtures.
4) Automation Support: Customizable with built-in magnetic rings and sensors to detect clamping and releasing positions, making it easier to integrate into automation systems.
5) Mounting Method: Upper flange mounting, directly fixed onto the fixture plate with screws. Both port connection installation and manifold installation are available on the same cylinder body, providing flexible options.
6) Speed Adjustable: The built-in flow control valve allows the entire set of fixtures to perform clamping operations synchronously.

Application Fields
• CNC Machining Centers: Quickly secures workpieces for high-precision cutting on CNC milling machines and machining centers, avoiding interference problems of traditional linear clamps.
• Automated Production Lines: When combined with sensors, they enable fully automated loading, unloading, and clamping, improving production efficiency.
• Jig and Fixture Design: Functions as a key actuator in fixtures, suitable for applications requiring fast positioning and secure clamping of workpieces.
• Mass Production Industries: Extensively used in industries such as automotive parts, aerospace components, and precision electronics for repetitive machining operations.
• Clamping in Confined Spaces: Especially suitable for complex-shaped workpieces or scenarios with limited clamping space.