Air Cylinders

This steel hydraulic shock absorber features a 0.98-inch bore and matching 0.98-inch stroke, engineered for precise kinetic energy dissipation in industrial automation. Constructed from durable steel with a threaded mount and M25 port size, it withstands maximum operating pressures up to 145 PSI. The unit incorporates an automatic compensation mechanism to maintain consistent stopping force across varying load conditions without manual adjustment. Designed for seamless integration into pneumatic systems, this component ensures reliable deceleration performance while minimizing mechanical stress and extending equipment service life in high-cycle applications.

This steel hydraulic shock absorber features a 0.98-inch bore and matching 0.98-inch stroke, engineered for precise kinetic energy dissipation in industrial automation. Constructed from durable steel with an M25 threaded mount, it withstands maximum operating pressures up to 145 PSI while maintaining structural integrity under repetitive impact loads. The unit incorporates an automatic compensation mechanism to ensure consistent damping performance across varying temperatures and cycle rates without manual adjustment. Ideal for high-speed machinery, this component delivers reliable motion control and extended equipment lifespan through robust, maintenance-free operation.

This steel hydraulic shock absorber features an automatic compensation mechanism to maintain consistent damping performance across varying load conditions. Designed for industrial automation, the unit offers a 0.98-inch bore diameter and a 1.97-inch stroke length, effectively managing kinetic energy in high-cycle applications. Constructed from durable steel with a threaded mount type, it withstands maximum operating pressures up to 145 PSI. The M25 port size ensures seamless integration into existing pneumatic systems, providing reliable motion control and extended equipment lifespan without requiring manual adjustment.

This steel hydraulic shock absorber features a 1.06-inch bore and 0.98-inch stroke, engineered for precise deceleration in high-cycle industrial applications. 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 M27 port size ensures seamless integration into existing pneumatic systems. Designed for reliability, this unit delivers stable performance in demanding environments without requiring manual adjustment, effectively reducing machine vibration and extending equipment lifespan.

This steel hydraulic shock absorber features a 1.06-inch bore and 0.98-inch stroke, engineered for precise kinetic energy dissipation in industrial automation. Designed with an M27 threaded port and rated for maximum operating pressures up to 1450 PSI, it ensures reliable performance under heavy loads. The unit incorporates an automatic compensation mechanism to maintain consistent stopping force across varying speeds and masses without manual adjustment. Its robust steel construction and threaded mount type facilitate secure integration into demanding machinery applications requiring durable motion control solutions.

This steel hydraulic shock absorber features a 1.06-inch bore and 1.97-inch stroke, engineered for high-impact industrial applications. Constructed from durable steel with an M27 threaded mount, it withstands maximum operating pressures up to 1450 PSI. The unit incorporates an automatic compensation mechanism to maintain consistent damping performance across varying loads and temperatures. Designed for seamless integration into heavy machinery, this component ensures reliable kinetic energy absorption while minimizing maintenance requirements in demanding operational environments.

This steel hydraulic shock absorber features a 1.06-inch bore and 0.98-inch stroke, engineered for precise kinetic energy dissipation in industrial automation. Constructed from durable steel with an M27 threaded mount, it withstands maximum operating pressures up to 145 PSI while ensuring reliable performance under repetitive cycling. The automatic compensation mechanism maintains consistent stopping force without manual adjustment, reducing maintenance downtime. Ideal for heavy-duty applications requiring robust impact control, this unit delivers stable deceleration across varying load conditions within standard pneumatic systems.

This steel hydraulic shock absorber features a 1.06-inch bore and a 1.97-inch stroke length, engineered for precise kinetic energy dissipation in industrial automation. Designed with an automatic compensation mechanism, it maintains consistent damping performance across varying loads without manual adjustment. The unit withstands a maximum operating pressure of 145 psi and utilizes a robust threaded mount for secure integration into existing machinery frameworks. Constructed from high-grade steel, this component ensures long-term durability and reliable operation in demanding manufacturing environments requiring repeatable motion control.

This steel hydraulic shock absorber features a self-compensating design for consistent energy absorption across varying load conditions. Engineered with a 1.06-inch bore diameter and a 0.98-inch stroke length, it effectively manages kinetic energy in high-cycle applications. The unit supports a maximum operating pressure of 145 psi and utilizes a threaded mount for secure, space-efficient installation. Constructed from durable steel, this component ensures reliable performance and extended service life within demanding industrial automation systems requiring precise motion control.

This steel hydraulic shock absorber features a 1.3-inch bore diameter and a 0.98-inch stroke length, engineered for precise kinetic energy dissipation in industrial automation. Constructed from durable steel with an M33 threaded mount, it withstands maximum operating pressures up to 1450 PSI. The unit incorporates an automatic compensation mechanism to maintain consistent stopping force across varying loads and temperatures, ensuring reliable performance without manual adjustment. Its robust design supports high-cycle applications requiring repeatable deceleration and extended service life within demanding manufacturing environments.

This steel hydraulic shock absorber features a 1.3-inch bore diameter and a 0.98-inch stroke length, engineered for precise motion control in industrial automation. Designed with an automatic compensation mechanism, it maintains consistent damping performance across varying operating conditions without manual adjustment. The unit withstands a maximum operating pressure of 145 psi and utilizes a threaded mount for secure, space-efficient installation. Constructed from durable steel, this component delivers reliable energy absorption and extended service life for demanding pneumatic cylinder applications requiring repeatable deceleration.

This steel hydraulic shock absorber features a 1.3-inch bore diameter and a 0.98-inch stroke length, engineered for precise deceleration in industrial automation. Constructed from durable steel with a threaded mount type, it ensures secure integration into existing machinery frameworks. The unit supports a maximum operating pressure of 145 PSI, delivering reliable performance under demanding conditions. Its automatic compensation mechanism maintains consistent stopping force across varying loads, reducing cycle times and minimizing mechanical stress on equipment without requiring manual adjustment or maintenance intervals.

This steel hydraulic shock absorber features a 1.3-inch bore diameter and a 1.97-inch stroke length, engineered for precise kinetic energy dissipation in heavy-duty industrial applications. Constructed from durable steel with a threaded mount, it withstands maximum operating pressures up to 1450 PSI while utilizing an M33 port for seamless system integration. The automatic compensation mechanism ensures consistent stopping performance across varying load conditions without manual adjustment. Designed for reliability, this unit delivers stable deceleration forces to protect machinery components and extend equipment lifespan in demanding manufacturing environments.

This steel hydraulic shock absorber features a 1.3-inch bore diameter and a 0.98-inch stroke length, engineered for precise kinetic energy dissipation in industrial automation. Designed with a threaded mount for secure integration, the unit withstands maximum operating pressures up to 1450 PSI while utilizing an automatic compensation mechanism to maintain consistent damping performance across varying load conditions. The robust steel construction ensures durability in demanding environments, providing reliable deceleration control for pneumatic systems without requiring manual adjustment between cycles.

This steel hydraulic shock absorber features a 1.3-inch bore and 2.0-inch stroke, engineered for precise deceleration in high-cycle industrial applications. Designed with an automatic compensation mechanism, it maintains consistent damping performance across varying loads without manual adjustment. The unit withstands maximum operating pressures up to 1450 PSI, ensuring reliability in demanding environments. Its threaded mount type facilitates straightforward integration into existing machinery frameworks, providing robust impact energy absorption while minimizing maintenance requirements for extended operational uptime.

This steel hydraulic shock absorber features a 1.3-inch bore and 2.0-inch stroke, engineered for precise deceleration in industrial automation. The unit incorporates an automatic compensation mechanism to maintain consistent damping performance across varying loads and temperatures. Constructed from durable steel with a threaded mount, it ensures reliable integration into heavy-duty machinery. Designed for high-cycle applications, the device operates safely at pressures up to 145 psi, providing effective kinetic energy absorption while minimizing mechanical stress and extending equipment lifespan.

This steel hydraulic shock absorber features a self-compensating design for consistent deceleration across varying load conditions. Engineered with a 1.3-inch bore diameter and a 2.0-inch stroke length, it effectively manages kinetic energy in high-cycle industrial applications. The unit supports a maximum operating pressure of 145 psi and utilizes a threaded mount for secure, space-efficient installation. Constructed from durable steel, this component ensures long-term reliability and reduced maintenance requirements within automated machinery systems requiring precise motion control.

This steel hydraulic shock absorber features a self-compensating design for consistent deceleration across varying load conditions. Engineered with a 1.42-inch bore diameter and a 1.97-inch stroke length, it effectively manages kinetic energy in high-cycle industrial applications. The unit withstands maximum operating pressures up to 1450 PSI and utilizes a robust M36 threaded mount for secure installation. Constructed from durable steel, this component ensures reliable performance and extended service life within demanding pneumatic systems requiring precise motion control.

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 offers a 1.42-inch bore diameter and a 1.97-inch stroke length to effectively manage kinetic loads. It supports a maximum operating pressure of 145 psi, ensuring reliable performance under demanding conditions. The threaded mount configuration facilitates straightforward integration into existing machinery frameworks, providing a robust solution for decelerating moving masses without requiring manual adjustment between cycles.

This steel hydraulic shock absorber features a 1.42-inch bore and 0.98-inch stroke, engineered for high-impact industrial applications. Capable of withstanding maximum operating pressures up to 3000 PSI, it ensures reliable performance under demanding conditions. The unit incorporates an adjustable automatic compensation mechanism to maintain consistent damping forces despite varying load speeds or temperatures. Designed with an M36 threaded port and mount, this compact device facilitates straightforward integration into existing machinery while providing superior energy absorption and extended equipment lifespan.

This steel hydraulic shock absorber features a 1.65-inch bore and 2.95-inch stroke length, engineered for high-impact industrial applications. Capable of withstanding maximum operating pressures up to 3000 psi, the unit ensures reliable performance under demanding conditions. Its threaded mount design facilitates secure and straightforward installation within existing machinery frameworks. The adjustable automatic compensation mechanism optimizes energy absorption across varying load speeds, extending equipment lifespan while minimizing maintenance downtime through consistent deceleration control.

This steel hydraulic shock absorber delivers precise motion control for industrial automation systems, featuring a 1-inch bore diameter and a compact 0.5-inch stroke length. Engineered for high-pressure environments, it supports a maximum operating pressure of 1500 PSI while utilizing a standard 1/4-inch port for seamless integration into existing fluid power circuits. The robust threaded mount type ensures secure installation and stability during repetitive cycling. Ideal for damping kinetic energy in heavy-duty applications, this unit combines durable construction with reliable performance to extend equipment lifespan and reduce maintenance downtime.

This steel hydraulic shock absorber features an M12 threaded mount and a 0.47-inch bore diameter, designed for precise motion control in low-speed applications. With a compact 0.39-inch stroke length and a maximum operating pressure of 3000 PSI, it effectively dissipates kinetic energy to protect machinery from impact damage. The automatic compensation mechanism ensures consistent damping performance across varying load conditions without manual adjustment. Constructed from durable steel, this unit offers reliable operation in demanding industrial environments while maintaining a small footprint for easy integration into existing pneumatic systems.

This steel hydraulic shock absorber delivers precise motion control for industrial automation systems. Featuring a robust threaded M14 mount and a compact 0.55-inch bore diameter, it ensures secure integration into tight assemblies. The unit supports a maximum operating pressure of 1500 PSI while providing a consistent 0.47-inch stroke length to effectively dampen impact forces. Constructed from durable steel, this component offers reliable performance in demanding environments, minimizing equipment wear and extending machinery lifecycle without requiring frequent maintenance or replacement.