Air Cylinders

This steel fixed air cylinder features a 0.79-inch bore and a 1.97-inch stroke, engineered for reliable low-speed damping applications. Constructed from durable steel with an axial mount configuration, it utilizes an M20x1.5 port size for secure integration into existing pneumatic systems. The unit operates safely at pressures up to 145 PSI and includes a protective impact cap to extend service life during repetitive cycles. Sold in packages of two, this component delivers consistent performance for industrial machinery requiring precise motion control and robust shock absorption capabilities.

This steel fixed air cylinder delivers reliable linear motion for low-speed industrial applications. Featuring a 1.42-inch bore and a 2.36-inch stroke, the unit operates safely at pressures up to 145 PSI. The robust threaded mount utilizes an M36 x 1.5 connection for secure installation, while the integrated impact cap provides essential protection against end-of-stroke collisions. Constructed from durable steel, this component ensures long-term performance in demanding environments requiring precise, controlled movement without the need for external cushioning systems.

This steel fixed buffer is engineered for low-speed industrial applications, featuring a 0.47-inch bore diameter and a precise 0.39-inch stroke length. Constructed from durable steel, the unit withstands maximum operating pressures up to 145 PSI, ensuring reliable shock absorption in demanding environments. The threaded mount utilizes an M12x1.0 port size for secure integration into existing pneumatic systems. Designed without an impact cap, this component offers a compact profile ideal for space-constrained installations requiring consistent deceleration performance.

This steel fixed buffer is engineered for low-speed industrial applications, featuring a robust threaded mount with M20 x 1.5 port sizing for secure integration. Designed with a 0.79-inch bore diameter and matching 0.79-inch stroke length, it delivers consistent shock absorption up to a maximum operating pressure of 145 PSI. The unit includes an integrated impact cap to enhance component longevity and minimize maintenance downtime. Constructed from durable steel, this reliable solution effectively manages kinetic energy in automated machinery and conveyor systems requiring precise motion control.

This steel hydraulic shock absorber is engineered for precise motion control in DGSL series slide tables, featuring a 0.2-inch bore and 0.31-inch stroke length. Constructed from durable steel with an M10 threaded mount, it withstands maximum operating pressures up to 145 PSI while effectively dampening kinetic energy. The compact design ensures seamless integration into tight automation assemblies, reducing mechanical stress and extending equipment lifespan. Ideal for high-cycle applications requiring reliable deceleration without maintenance-intensive adjustments or external mounting hardware.

This steel hydraulic shock absorber delivers precise motion control for low-speed industrial applications, featuring a 0.31-inch bore and 0.24-inch stroke length. Engineered with an M8 threaded mount for secure integration, the unit withstands maximum operating pressures up to 1450 PSI. Its automatic compensation mechanism ensures consistent damping performance across repeated cycles, effectively reducing mechanical stress and extending equipment lifespan. Constructed from durable steel, this component provides reliable impact absorption for pneumatic systems requiring compact, high-pressure resilience without maintenance-intensive adjustments.

This steel hydraulic shock absorber delivers precise motion control for industrial automation applications. Featuring a compact 0.31-inch bore and 0.55-inch stroke, it effectively dampens kinetic energy within confined spaces. The unit withstands maximum operating pressures up to 145 PSI, ensuring reliable performance under demanding loads. Constructed from durable steel with an M12 threaded mount, it offers robust integration into existing pneumatic systems. This component provides consistent deceleration to protect machinery components and extend overall equipment lifespan.

This steel hydraulic shock absorber features a self-compensating design for consistent energy absorption across varying load conditions. Constructed with a durable steel body, the unit offers a 0.31-inch bore diameter and a 0.24-inch stroke length to effectively dampen impact forces. Rated for a maximum operating pressure of 145 PSI, it utilizes an M8 threaded mount for secure integration into pneumatic systems. Ideal for industrial automation applications, this component ensures reliable deceleration and extended machinery lifespan through precise kinetic energy dissipation without requiring manual adjustment.

This steel hydraulic shock absorber delivers precise motion control for industrial automation applications. Featuring a 0.39-inch bore and 0.24-inch stroke, the unit effectively dampens kinetic energy to protect machinery from impact damage. Constructed from durable steel with a threaded mount and M10 port size, it ensures secure installation in compact spaces. Rated for a maximum operating pressure of 3000 psi, this component provides reliable performance under high-load conditions. Sold in packages of five, these absorbers offer a cost-effective solution for extending equipment lifespan and maintaining operational consistency.

This steel hydraulic shock absorber delivers reliable kinetic energy dissipation for industrial automation applications. Featuring a compact 0.39-inch bore and a 0.24-inch stroke length, the unit effectively manages deceleration forces within tight spatial constraints. Constructed from durable steel with an M10 threaded mount, it ensures secure installation and long-term structural integrity under demanding conditions. Rated for a maximum operating pressure of 1450 PSI, this component provides consistent performance for high-cycle machinery, minimizing vibration and protecting equipment from impact damage without requiring frequent maintenance or replacement.

This steel hydraulic shock absorber features an automatic compensation mechanism designed for precise motion control in industrial automation. Constructed from durable steel, the unit withstands maximum operating pressures up to 1450 PSI while delivering consistent damping performance. Key specifications include a 0.39-inch bore diameter, a 0.31-inch stroke length, and an M10 threaded port for straightforward integration. The threaded mount type ensures secure installation within compact assemblies, making it ideal for applications requiring reliable impact energy absorption without 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 0.39-inch bore diameter and a 0.28-inch stroke length to effectively dampen kinetic energy. It supports a maximum operating pressure of 145 PSI and utilizes a standard M10 threaded mount for secure integration into existing machinery. Ideal for air cylinder systems requiring reliable deceleration, this component ensures extended equipment life through precise impact control without requiring manual adjustment.

This steel hydraulic shock absorber delivers precise motion control for industrial automation applications. Featuring a compact 0.39-inch bore and a 0.24-inch stroke length, the unit effectively dissipates kinetic energy to protect machinery from impact damage. Constructed from durable steel with a threaded M10 mount, it ensures secure installation in tight spaces while withstanding operating pressures up to 145 PSI. Ideal for high-cycle environments, this component provides reliable deceleration performance and extended equipment service life without requiring external maintenance.

This steel hydraulic shock absorber features an automatic compensation design to ensure consistent deceleration across varying load conditions. Engineered for high-cycle industrial applications, the unit delivers a 0.39-inch bore diameter and a 0.28-inch stroke length within a compact threaded mount configuration. Constructed from durable steel, it withstands maximum operating pressures up to 145 PSI while utilizing an M10 port size for seamless system integration. Ideal for air cylinder setups requiring precise motion control, this component minimizes rebound and reduces mechanical stress on equipment without requiring manual adjustment.

This steel hydraulic shock absorber delivers precise motion control for industrial automation applications. Featuring a compact 0.39-inch bore and a 0.28-inch stroke, it effectively dissipates kinetic energy to protect machinery from impact damage. The unit supports a maximum operating pressure of 145 psi and utilizes a standard 1/8-inch port for seamless integration into existing pneumatic systems. Its robust threaded mount ensures secure installation in high-cycle environments, providing reliable damping performance while minimizing maintenance requirements and extending overall equipment lifespan.

This steel hydraulic shock absorber delivers precise motion control for industrial automation applications. Featuring a 0.43-inch bore diameter and a 0.39-inch stroke length, the unit supports adjustable damping to accommodate varying load conditions. Constructed from durable steel with a threaded M14 mount, it withstands maximum operating pressures up to 3000 PSI. The compact design ensures reliable energy absorption in high-cycle environments while maintaining structural integrity under heavy-duty use. Supplied in packages of six, these buffers offer consistent performance for machinery requiring repeatable deceleration profiles.

This steel hydraulic shock absorber features a 0.47-inch bore and 0.59-inch stroke, engineered for precise motion control in industrial automation. Constructed from durable steel with an M12 threaded mount, it withstands maximum operating pressures up to 145 PSI while delivering consistent energy absorption. The automatic compensation mechanism ensures stable damping performance across varying load conditions without manual adjustment. Ideal for high-cycle applications, this unit provides reliable deceleration to extend machinery lifespan and reduce maintenance downtime in demanding manufacturing environments.

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 0.47-inch bore diameter and a 0.59-inch stroke length to effectively manage kinetic energy. It supports a maximum operating pressure of 145 PSI and utilizes a threaded M12 mount for secure, space-saving installation. Ideal for air cylinder systems, this component ensures reliable deceleration and reduced mechanical wear without requiring manual adjustment between cycles.

This steel hydraulic shock absorber features a 0.47-inch bore and 0.39-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 while utilizing an automatic compensation mechanism to maintain consistent damping performance across varying loads. The M12 port size ensures seamless integration into existing pneumatic systems. Ideal for reducing impact forces and extending machinery lifespan, this unit delivers reliable energy absorption without requiring manual adjustment or maintenance intervals.

This steel hydraulic shock absorber features a 0.47-inch bore and 0.39-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 while utilizing an automatic compensation mechanism to maintain consistent damping performance across varying loads. The M12 port size ensures seamless integration into existing pneumatic systems. Ideal for reducing impact forces and extending machinery lifespan, this unit delivers reliable energy absorption without requiring manual adjustment or maintenance intervals.

This steel hydraulic shock absorber features a 0.47-inch bore and 0.39-inch stroke, engineered for precise motion control in industrial automation. Constructed from durable steel with a threaded mount and M12 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 cycle rates without manual adjustment. Ideal for high-cycle applications, this component effectively dissipates kinetic energy to reduce machine vibration, minimize noise, and extend the operational lifespan of associated pneumatic systems and mechanical assemblies.

This steel hydraulic shock absorber features a self-compensating design for consistent energy absorption across varying load conditions. Constructed with a durable steel body, the unit offers a 0.47-inch bore diameter and a 0.39-inch stroke length to effectively dampen impact forces. It supports a maximum operating pressure of 145 PSI and utilizes an M12 threaded mount for secure, space-efficient installation in automated machinery. Ideal for high-cycle applications, this component ensures reliable deceleration while minimizing maintenance requirements and extending equipment service life within demanding industrial environments.

This steel hydraulic shock absorber delivers precise motion control for industrial automation applications. Featuring a 0.47-inch bore diameter and a 0.39-inch stroke length, the unit effectively dissipates kinetic energy to protect machinery components. Constructed from durable steel with a threaded mount configuration, it ensures secure installation in high-vibration environments. The device supports a maximum operating pressure of 145 PSI and utilizes an M12 port size for seamless integration into existing pneumatic systems. Sold in packages of eight, this component provides reliable damping performance for repetitive cycling tasks.

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 supports a maximum operating pressure of 145 PSI and includes a standard 1/8-inch port for seamless system integration. Its robust threaded mount ensures secure installation in high-cycle environments, providing reliable damping performance while minimizing maintenance requirements and extending overall equipment lifespan.