Air Cylinders

This steel hydraulic shock absorber delivers precise motion control for industrial automation applications. Featuring a 0.55-inch bore diameter and a 0.47-inch stroke length, it effectively dissipates kinetic energy to protect machinery from impact damage. The unit withstands maximum operating pressures up to 1450 PSI, ensuring reliable performance in demanding environments. Equipped with an M14 threaded mount, installation is streamlined for seamless integration into existing pneumatic systems. Constructed from durable steel, this component offers long-term stability and consistent damping characteristics for high-cycle operations.

This steel hydraulic shock absorber features an automatic compensation mechanism designed for consistent energy absorption in high-cycle industrial applications. Constructed with a durable steel body, the unit offers a 0.55-inch bore diameter and a 0.47-inch stroke length to effectively dampen kinetic energy. It withstands maximum operating pressures up to 145 PSI, ensuring reliable performance under demanding loads. The threaded M14 mount facilitates straightforward integration into existing machinery frameworks, providing precise motion control and extended equipment lifespan without requiring manual adjustment between cycles.

This steel hydraulic shock absorber features a self-compensating design for consistent energy absorption across varying load conditions. Engineered with a 0.55-inch bore and 0.47-inch stroke, it effectively manages kinetic energy in automated machinery while operating safely up to 145 PSI. The unit utilizes a standard M14 threaded mount for straightforward integration into existing pneumatic systems. Constructed from durable steel, this component ensures long-term reliability and reduced maintenance requirements in high-cycle industrial applications requiring precise motion control.

This steel hydraulic shock absorber features a 0.55-inch bore and 0.79-inch stroke, engineered for precise motion control in industrial automation. Constructed from durable steel with a threaded mount, it withstands maximum operating pressures up to 145 PSI. The unit incorporates an automatic compensation mechanism to maintain consistent damping performance across varying loads and temperatures. Designed with an M14 port size, this component ensures reliable energy absorption and extended service life for high-cycle machinery applications without requiring manual adjustment.

This steel hydraulic shock absorber features a self-compensating design for consistent deceleration across varying load conditions. Engineered with a 0.55-inch bore diameter and a 0.63-inch stroke length, it effectively manages kinetic energy in automated machinery. The unit withstands a maximum operating pressure of 145 PSI and utilizes a robust threaded mount with an M14 port size for secure integration. Constructed from durable steel, this component ensures reliable performance and extended service life within demanding industrial motion control applications requiring precise stopping power.

This steel hydraulic shock absorber features a 0.55-inch bore and 0.79-inch stroke, engineered for precise kinetic energy dissipation in industrial automation. Constructed from durable steel with a threaded mount, it withstands maximum operating pressures up to 145 PSI while utilizing an automatic compensation mechanism to maintain consistent stopping force across varying loads. The M14 port size ensures seamless integration into existing pneumatic systems. Ideal for high-cycle applications, this unit delivers reliable deceleration performance without requiring manual adjustment, enhancing equipment longevity and operational safety.

This steel hydraulic shock absorber delivers precise motion control for industrial automation applications. Featuring a 0.55-inch bore and 0.43-inch stroke, the unit withstands maximum operating pressures up to 3000 PSI. The threaded M14 port facilitates secure integration into existing pneumatic systems, while the included cap assembly ensures optimal sealing and durability. Constructed from high-grade steel, this component provides reliable energy absorption and extended service life under repetitive cycling conditions. Each package contains ten units, supporting efficient inventory management for large-scale manufacturing operations requiring consistent damping performance.

This steel hydraulic shock absorber delivers reliable deceleration for industrial automation systems, featuring a robust threaded mount for secure installation. Engineered with a 0.55-inch bore and a precise 0.47-inch stroke, it effectively manages kinetic energy in high-cycle applications. The unit withstands maximum operating pressures up to 3000 PSI, ensuring consistent performance under demanding loads. Constructed from durable steel with an M14 port connection, this component provides long-term stability and protection for machinery without requiring frequent maintenance or replacement.

This steel hydraulic shock absorber features a 0.63-inch bore and a 0.98-inch stroke, engineered for precise kinetic energy dissipation in industrial automation. Constructed from durable steel with a threaded mount and M16 port size, it ensures secure integration into existing machinery frameworks. The unit operates reliably at pressures up to 145 PSI, utilizing an automatic compensation mechanism to maintain consistent damping performance across varying load conditions. Its robust design minimizes maintenance requirements while protecting equipment from impact damage during high-cycle operations.

This steel hydraulic shock absorber features a 0.63-inch bore and 0.79-inch stroke, engineered for precise kinetic energy dissipation in industrial automation. Constructed from durable steel with a threaded mount and M16 port size, it withstands maximum operating pressures up to 145 PSI. The unit incorporates an automatic compensation mechanism to maintain consistent damping performance across varying load conditions without manual adjustment. Designed for seamless integration into pneumatic systems, this component ensures reliable deceleration and extended machinery lifespan in high-cycle applications.

This steel hydraulic shock absorber features a 0.63-inch bore and 0.98-inch stroke, engineered for precise kinetic energy dissipation in industrial automation. Constructed from durable steel with a threaded mount and M16 port size, it withstands maximum operating pressures up to 145 PSI. The automatic compensation mechanism ensures consistent damping performance across varying load conditions without manual adjustment. Ideal for protecting machinery components from impact damage, this unit delivers reliable deceleration control within compact spatial constraints while maintaining structural integrity under repeated high-cycle operations.

This steel hydraulic shock absorber delivers reliable kinetic energy dissipation for industrial automation systems operating at medium speeds. Featuring a 0.79-inch bore diameter and a 1.18-inch stroke length, the unit provides consistent deceleration through its fixed-resistance, self-compensating design. Constructed from durable steel with an M20 threaded mount, it withstands maximum operating pressures up to 145 PSI. The non-adjustable resistance mechanism ensures stable performance without requiring manual calibration, making it ideal for repetitive motion applications where precise stopping control and equipment protection are critical.

This steel hydraulic shock absorber delivers precise motion control for industrial automation systems, featuring a 0.79-inch bore and a 0.59-inch stroke length. Engineered for high-pressure environments, it withstands operating pressures up to 1450 PSI while effectively dissipating kinetic energy to protect machinery. The unit utilizes a robust threaded M20 mount for secure, vibration-resistant installation in tight spaces. Its durable steel construction ensures long-term reliability under repetitive cycling, making it an essential component for stabilizing pneumatic actuators and reducing mechanical wear in demanding manufacturing applications.

This steel hydraulic shock absorber delivers reliable motion control for industrial automation systems, featuring a 0.79-inch bore and a precise 0.59-inch stroke length. Engineered for high-pressure environments, it withstands maximum operating pressures up to 1450 PSI while maintaining structural integrity. The unit utilizes a robust threaded M20 mount for secure integration into existing machinery frameworks. Designed to effectively dissipate kinetic energy, this component minimizes mechanical vibration and extends equipment lifespan in demanding pneumatic applications requiring consistent damping performance.

This steel hydraulic shock absorber delivers precise motion control for industrial automation with a 0.79-inch bore and 0.59-inch stroke length. Engineered for high-pressure environments, it withstands operating pressures up to 1450 psi while featuring an M20 threaded mount for secure installation. The unit includes three buffer caps per package to ensure immediate deployment and extended service life. Its robust construction effectively dissipates kinetic energy, reducing mechanical stress and noise in pneumatic cylinder applications requiring reliable deceleration.

This steel hydraulic shock absorber features a 0.79-inch bore diameter and a 0.98-inch stroke length, engineered for precise automatic energy compensation in high-cycle industrial applications. Constructed from durable steel with a threaded mount configuration, it withstands maximum operating pressures up to 1450 PSI while maintaining consistent deceleration performance. The M20 port size ensures seamless integration into existing pneumatic systems, providing reliable impact control for machinery requiring robust stopping power without manual adjustment.

This steel hydraulic shock absorber delivers precise motion control for industrial automation applications. Featuring a 0.79-inch bore diameter and a 0.59-inch stroke length, the unit effectively manages kinetic energy in high-cycle environments. Constructed from durable steel with a threaded mount type, it ensures robust integration into existing machinery frameworks. The device supports a maximum operating pressure of 1450 PSI and utilizes an M20 port size for reliable fluid connectivity. Included limit nuts and protective caps enhance installation safety and component longevity under demanding operational conditions.

This steel hydraulic shock absorber features a 0.79-inch bore and matching 0.79-inch stroke, engineered for precise kinetic energy dissipation in industrial automation. Constructed from durable steel with a threaded mount, it withstands maximum operating pressures up to 1450 PSI, ensuring reliable performance under heavy loads. The unit incorporates an automatic compensation mechanism to maintain consistent damping force throughout its service life, reducing maintenance requirements. Designed with an M20 port size, this component integrates seamlessly into existing pneumatic systems requiring robust impact control and extended operational stability.

This compact steel hydraulic shock absorber delivers precise motion control for high-cycle industrial applications. Featuring a 0.79-inch bore diameter and a 0.28-inch stroke length, the unit effectively dissipates kinetic energy within limited spatial constraints. Constructed from durable steel with a threaded mount, it ensures robust integration into existing machinery frameworks. The device supports a maximum operating pressure of 145 PSI, providing reliable deceleration performance while minimizing maintenance requirements in demanding pneumatic systems.

This steel hydraulic shock absorber features a 0.79-inch bore and 0.98-inch stroke length, engineered for precise deceleration in industrial automation. Constructed from durable steel with a threaded mount, it withstands maximum operating pressures up to 145 PSI while utilizing an automatic compensation mechanism to maintain consistent stopping force across varying loads. The M20 port size ensures seamless integration into existing pneumatic systems. Ideal for high-cycle applications, this unit delivers reliable impact energy absorption and extended service life without requiring manual adjustment.

This steel hydraulic shock absorber features an automatic compensation mechanism designed for consistent energy absorption in high-cycle industrial applications. Constructed with a durable steel body, the unit offers a 0.79-inch bore diameter and a 1.57-inch stroke length to effectively manage kinetic loads. It operates safely at pressures up to 145 PSI and utilizes an M20 threaded mount for secure integration into existing machinery. Ideal for air cylinder systems requiring reliable deceleration, this component ensures extended equipment life through precise, maintenance-free operation under demanding conditions.

This steel hydraulic shock absorber features an automatic compensation mechanism designed for consistent energy absorption in high-cycle industrial applications. Constructed from durable steel, the unit withstands a maximum operating pressure of 145 PSI while delivering reliable performance across a 0.79-inch bore and 1.57-inch stroke. The threaded mount configuration with an M20 port size ensures straightforward integration into existing machinery frameworks. Engineered for precision damping, this component effectively reduces mechanical impact and vibration, extending equipment lifespan without requiring manual adjustment between operations.

This steel hydraulic shock absorber features an automatic compensation mechanism designed for consistent energy absorption in high-cycle industrial applications. Constructed with a durable steel body, the unit offers a 0.79-inch bore diameter and a 1.57-inch stroke length to effectively manage kinetic loads. It operates safely at pressures up to 145 PSI and utilizes an M20 threaded mount for secure integration into existing machinery. Ideal for air cylinder systems requiring reliable deceleration, this component ensures extended equipment life through precise, maintenance-free performance in demanding environments.

This steel hydraulic shock absorber features a 0.98-inch bore and a 1.18-inch stroke, engineered for high-speed industrial applications. Constructed from durable steel with an M25 threaded mount, it withstands maximum operating pressures up to 3000 psi. The unit incorporates an automatic compensation mechanism to ensure consistent energy absorption and smooth deceleration across varying load conditions. Designed for seamless integration into pneumatic systems, this component delivers reliable performance and extended service life in demanding manufacturing environments requiring precise motion control.