The core features are extremely low breakaway and running friction,combined with high control precision.Uses non-metallic low-friction composite wear bands and symmetrical low-friction seals to minimize and maintain constant static/dynamic friction,eliminating"stick-slip"and enabling excellent low-speed stability.A built-in high-resolution position sensor provides feedback accuracy down to the micron level.The piston rod is super-finished to high levels of roundness and straightness.Excellent overall structural rigidity and high natural frequency meet demands for high-speed,high-frequency response.Offers various electrical interfaces for easy integration with servo valves and controllers.
Typical working pressure is 21 MPa or 28 MPa.Bore and rod series are optimized for high stiffness.Repeatability can reach±0.001 mm.Built-in sensor resolution can be as fine as 1 micron.High frequency response allows matching with fast servo valves for rapid,precise positioning.Various mounting styles are available,with high-precision machined mounting surfaces to ensure distortion-free installation.Can be customized with a force sensor interface at the rod end.
Primarily used in high-precision,high-response industrial automation and testing.In aerospace,for flight simulator control surface loading and fatigue testing.In material testing machines,as the core actuator for precise force and displacement control.In high-end injection molding machines,for precise metering and injection control.In automotive test benches,to simulate road excitation.Also a key component in demanding applications like robotic flexible joints,ship bridge simulators,and precision metal forming presses.
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