Ear Mount Hydraulic Lifting Oil Cylinder

Built-in Control Valve: Some hydraulic cylinders can be equipped with a built-in control valve. This integrated valve allows for precise control of the cylinder's movement and eliminates the need for external valve assemblies. It can simplify the hydraulic system design and improve overall functionality.
Transducer: A transducer, such as a position or pressure transducer, can be added to hydraulic cylinders to provide real-time feedback or monitoring of specific parameters. This allows for precise control, monitoring, or automation of the cylinder's operation in conjunction with external control systems.
Synchronous Extension of Telescopic Cylinder Barrels: Telescopic cylinders are designed with multiple nested stages or barrels that extend and retract in a synchronized manner. This design allows for the extension and retraction of the cylinders' barrels to occur simultaneously, ensuring smooth and even movement throughout the stroke.
Flexible Oil Port Locations for Double Acting Telescopic Cylinders: Double acting telescopic cylinders can have oil ports located at various positions to suit specific application requirements. These ports can be placed at the front end, under the body, or at the rear end of the cylinder, providing flexibility in hydraulic line routing and connection configurations.
Gas-Oil Mixture Hydraulic Cylinder: Gas-oil mixture hydraulic cylinders, also known as gas-over-oil cylinders, utilize a combination of gas and hydraulic fluid to generate force. The gas chamber provides a compressible medium that assists in the extension or retraction of the cylinder, enhancing its performance in certain applications where high force or load capacity is required.
Pressure Cylinder: Pressure cylinders are hydraulic cylinders designed specifically for applications where high pressure is required. These cylinders are constructed to withstand and operate effectively under high-pressure conditions, providing the necessary force for demanding tasks.