Cushioning Type Hydraulic Cylinder

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Cushioning Type Hydraulic Cylinder

A cushioning type hydraulic cylinder is designed with built-in mechanisms to reduce the impact or shock at the end of the stroke. This is particularly important in applications where abrupt stops can cause damage to the cylinder or the equipment it operates.

A cushioning type hydraulic cylinder is equipped with devices or features that slow down the piston's movement near the end of its stroke, reducing the impact and minimizing shock loads.

Cushioning Type Hydraulic Cylinder


Cushioning Mechanism: Utilizes cushions, often made of elastomeric materials or adjustable pneumatic devices, to absorb energy and decelerate the piston before it reaches the end of the stroke. Adjustability: Some cushioning systems allow for adjustment to control the deceleration rate, providing flexibility to suit different applications.

Two Types of Cushioning:
Fixed Cushioning: Provides a predetermined level of deceleration at the end of the stroke.
Adjustable Cushioning: Allows for varying the cushioning effect based on the application's requirements.


Material Handling: Used in conveyors, lift tables, and other material handling equipment to prevent jarring stops. Machine Tools: Applied in milling machines, lathes, and other precision equipment to avoid impact at the end of strokes. Automated Manufacturing: Suitable for applications where precise and controlled movements are crucial, such as in assembly lines. Mobile Equipment: Used in construction and agricultural machinery to reduce the impact of load movements.


Shock Absorption: Minimizes shock loads at the end of the stroke, protecting the cylinder, equipment, and surrounding structures. Extended Equipment Life: Reduces wear and tear on the cylinder and associated components, contributing to longer equipment life. Improved Precision: Enhances the precision and control of the cylinder's movements, especially in applications requiring fine positioning.


Additional Complexity: Cushioning mechanisms can add complexity to the cylinder design and may require more maintenance. Application Specific: The choice of cushioning type (fixed or adjustable) depends on the specific requirements of the application.

Why Choose Cushioning type hydraulic cylinders ?

Cushioning type hydraulic cylinders play a vital role in applications where controlled deceleration is crucial to prevent damage, increase equipment life, and improve overall operational precision. The choice between fixed and adjustable cushioning depends on the specific needs of the application.