Air Cylinders

This steel air cylinder delivers precise linear motion with a 0.59-inch bore and matching 0.59-inch stroke, optimized for compact automation tasks. Constructed from durable steel, the unit withstands maximum operating pressures up to 145 PSI while maintaining consistent speed control. It features a standard 1/8-inch port size for seamless integration into existing pneumatic systems and utilizes an axial mount type for straightforward installation. Designed for reliability in industrial environments, this component ensures stable performance across repetitive cycles without requiring external lubrication.

This steel air cylinder delivers precise linear motion control with a 0.63-inch bore and a compact 0.16-inch stroke, ideal for space-constrained industrial applications. Engineered for durability, the unit withstands maximum operating pressures up to 145 PSI while utilizing a robust clevis mount for versatile installation alignment. The M5 port size ensures seamless integration into standard pneumatic systems. Designed for high-cycle environments, this component provides reliable performance and consistent force output without requiring excessive maintenance or complex mounting hardware.

This steel air cylinder delivers precise linear motion control with a 0.79-inch bore and a 0.59-inch stroke, optimized for compact automation applications. Constructed from durable steel, the unit withstands maximum operating pressures up to 145 PSI while maintaining structural integrity under repetitive cycles. The integrated clevis mount facilitates easy pivoting installation within tight machinery footprints, reducing assembly time. Featuring a standard M5 port size, this component ensures seamless compatibility with existing pneumatic systems, providing reliable performance for industrial damping and positioning tasks without requiring system modifications.

This steel air cylinder delivers precise linear motion control with a 0.79-inch bore and a 0.59-inch stroke, optimized for compact automation applications. Constructed from durable steel, the unit withstands maximum operating pressures up to 145 PSI, ensuring reliable performance in demanding industrial environments. The threaded mount configuration facilitates secure and straightforward installation within tight spatial constraints. Featuring an M5 port size, this actuator integrates seamlessly into existing pneumatic systems requiring high-cycle durability and consistent force output without excessive maintenance requirements.

This steel air cylinder delivers precise linear motion control with a 0.79-inch bore and 0.59-inch stroke, optimized for compact industrial applications. Constructed from durable steel, the unit withstands maximum operating pressures up to 145 PSI, ensuring reliable performance in demanding environments. The threaded mount configuration facilitates secure and straightforward installation into existing machinery frameworks. Featuring an M20x1.5 port size, this component integrates seamlessly into standard pneumatic systems, providing consistent force output and extended service life for automated assembly and material handling operations.

This steel air cylinder delivers precise linear motion control with a 0.79-inch bore and 0.63-inch stroke, engineered for high-pressure industrial applications up to 1450 PSI. Constructed from durable steel with a threaded mount type, it ensures robust stability in demanding environments while maintaining a compact footprint. The unit features an M20 port size for seamless integration into existing pneumatic systems. Ideal for automation machinery requiring reliable force transmission, this component combines heavy-duty construction with accurate short-stroke performance to optimize operational efficiency.

This steel air cylinder delivers reliable linear motion for industrial automation with a 0.79-inch bore and 0.63-inch stroke. Constructed from durable steel, it withstands maximum operating pressures up to 145 PSI, ensuring consistent performance in demanding environments. The unit features an M20 port size for seamless pneumatic integration and utilizes a threaded mount for secure, space-saving installation. Its compact design and robust build make it ideal for applications requiring precise, high-force actuation within confined machinery footprints.

This steel air cylinder features a 0.79-inch bore and 0.63-inch stroke, engineered for precise linear motion in compact industrial applications. Constructed from durable steel with a threaded mount, it supports an M20x1.5 port size and withstands maximum operating pressures up to 145 PSI. Designed for high-speed operations, the unit accommodates velocities reaching 11.8 feet per second while maintaining structural integrity. Its robust build ensures reliable performance in demanding pneumatic systems requiring consistent force delivery within confined spatial constraints.

This steel air cylinder features a 0.79-inch bore and a 0.98-inch stroke, engineered for precise linear motion in compact industrial applications. Constructed from durable steel with a threaded mount, it ensures stable installation and long-term reliability under demanding conditions. The unit supports a maximum operating pressure of 145 PSI and utilizes an M20x1.5 port size for seamless integration into existing pneumatic systems. Designed for high-cycle environments, this component delivers consistent performance while maintaining a robust footprint suitable for automated machinery and assembly lines.

This steel fixed shock absorber features a 0.79-inch bore and a 1.18-inch stroke, engineered for reliable deceleration in mid-speed industrial applications. Constructed from durable steel with an axial mount configuration, it utilizes an M20 x 1.5 thread for secure installation and includes an integrated impact cap to protect internal components. Rated for a maximum operating pressure of 145 PSI, this unit delivers consistent energy absorption performance. Designed for seamless integration into automated machinery, it ensures precise motion control and extended equipment lifespan under repetitive loading conditions.

This steel air cylinder features a 0.79-inch bore and 1.18-inch stroke, engineered for precise motion control in industrial automation. Constructed from durable steel with a threaded mount, it supports a maximum operating pressure of 145 PSI and utilizes an M20x1.5 port connection. Designed to handle impact velocities between 1 and 3.5 meters per second (approximately 3.3 to 11.5 feet per second), this unit delivers reliable shock absorption and consistent performance in demanding pneumatic applications requiring robust mechanical stability.

This steel air cylinder delivers precise linear motion with a 0.79-inch bore and matching 0.79-inch stroke length, engineered for compact industrial applications. Constructed from durable steel, the unit withstands maximum operating pressures up to 1450 PSI while maintaining structural integrity under repetitive cycles. The threaded mount configuration ensures secure installation and alignment within tight machinery footprints. Featuring an M20 port size, this component integrates seamlessly into existing pneumatic systems requiring reliable force transmission and consistent performance in demanding manufacturing environments.

This steel fixed shock absorber features a 0.79-inch bore and 0.79-inch stroke, engineered for high-speed industrial applications. Constructed from durable steel with an axial mount configuration, it utilizes an M20 x 1.5 thread port size for secure integration into existing machinery. Rated for a maximum operating pressure of 145 PSI, the unit includes a protective impact cap to extend service life during repetitive cycles. Ideal for automation systems requiring precise motion control and reliable energy dissipation in demanding environments.

This steel air cylinder delivers precise linear motion control with a 0.79-inch bore and 1.97-inch stroke length, engineered for demanding industrial applications. Constructed from durable steel, the unit withstands maximum operating pressures up to 1450 PSI while maintaining structural integrity under continuous cycling. The threaded mount type facilitates secure and straightforward installation into existing machinery frameworks. Featuring an M20 port size, this component ensures compatible integration with standard pneumatic systems, offering reliable performance for automation tasks requiring consistent force and accuracy.

This steel fixed shock absorber features a 0.79-inch bore diameter and a 1.97-inch stroke length, engineered for reliable medium-speed deceleration in industrial automation. Constructed from durable steel with an axial mount configuration, it utilizes an M20 x 1.5 thread for secure installation without an impact cap. Rated for a maximum operating pressure of 145 PSI, this unit delivers consistent energy absorption to protect machinery components. Its compact design ensures seamless integration into existing pneumatic systems requiring precise motion control and extended equipment lifespan.

This steel air cylinder delivers reliable linear motion with a 0.79-inch bore and 1.97-inch stroke, engineered for demanding industrial applications. Constructed from durable steel, it withstands maximum operating pressures up to 145 PSI while featuring an integrated shock-absorbing head to minimize impact damage. The unit utilizes a threaded mount for secure installation and includes an M20 port size for efficient air flow management. Ideal for automation systems requiring precise control and robust performance in confined spaces, this component ensures consistent operation under high-cycle conditions.

This high-speed fixed pneumatic buffer features a robust steel construction designed for demanding industrial applications. Engineered with a 0.79-inch bore and a 1.97-inch stroke, it delivers precise motion control at operating pressures up to 145 PSI. The unit utilizes an M20x1.5 threaded mount for secure, space-saving installation without a separate impact cap. Ideal for automation systems requiring rapid cycle times, this component ensures reliable energy absorption and extended equipment life in heavy-duty environments.

This steel air cylinder delivers reliable shock absorption for industrial automation, featuring a 0.79-inch bore and 1.97-inch stroke to handle velocities between 3.3 and 11.5 feet per second. Constructed from durable steel with an M20x1.5 threaded mount, it ensures secure integration into heavy-duty machinery while supporting operating pressures up to 145 PSI. The unit's compact design and robust build provide consistent damping performance in high-cycle applications, minimizing maintenance requirements and extending equipment lifespan without compromising structural integrity under demanding operational conditions.

This steel air cylinder delivers precise linear motion control with a 0.98-inch bore and a compact 0.31-inch stroke, ideal for space-constrained industrial applications. Engineered for durability, the unit withstands maximum operating pressures up to 145 PSI and features a robust clevis mount for versatile installation alignment. Equipped with a standard 1/8-inch port size, it ensures seamless integration into existing pneumatic systems while providing reliable shock absorption and consistent performance under repetitive cycling conditions.

This steel air cylinder delivers reliable linear motion control with a 0.98-inch bore and matching 0.98-inch stroke length. Engineered for high-pressure applications, it supports a maximum operating pressure of 145 PSI while maintaining structural integrity. The unit features an M20x1.5 threaded mount for secure, space-saving installation in compact machinery layouts. Constructed from durable steel, this actuator ensures long-term performance in demanding industrial environments requiring precise, repeatable movement within tight spatial constraints.

This steel hydraulic shock absorber features a 0.98-inch bore and a 25 mm (0.98-inch) stroke length, engineered for precise motion control in automated machinery. Constructed from durable steel with an M25 port size, it withstands maximum operating pressures up to 145 PSI. The unit utilizes an automatic compensation mechanism to maintain consistent damping force across varying loads and speeds, reducing cycle times and minimizing mechanical impact. Designed with a threaded mount for secure integration, this component ensures reliable performance in high-frequency industrial applications requiring robust energy absorption.

This steel air cylinder features a 0.98-inch bore and 1.57-inch stroke, engineered for precise linear motion in industrial automation. Constructed from durable steel with a threaded mount, it ensures stable integration into heavy-duty machinery. The unit accommodates M25x1.5 ports and operates safely at pressures up to 145 PSI. Designed for velocities between 1 and 4 meters per second, this component delivers reliable shock absorption and consistent performance in demanding pneumatic applications requiring robust build quality and exacting dimensional tolerances.

This steel fixed shock absorber features a 0.98-inch bore and a 1.97-inch stroke, engineered for reliable medium-speed damping in industrial automation. Constructed from durable steel with an axial mount configuration, it utilizes an M25x1.5 thread for secure installation and includes a protective impact cap to extend service life. Rated for a maximum operating pressure of 145 PSI, this unit delivers consistent energy absorption and precise motion control. Ideal for machinery requiring robust deceleration, it ensures stable performance under repetitive cycling conditions without compromising structural integrity.

This steel fixed shock absorber features a 0.98-inch bore diameter and a 3.15-inch stroke length, engineered for precise low-speed damping applications. Constructed from durable steel with an M25 x 1.5 threaded mount, it ensures secure integration into industrial machinery without requiring a separate impact cap. The unit operates reliably at pressures up to 145 PSI, providing consistent energy absorption and extended service life. Its compact, threaded design simplifies installation while delivering robust performance for repetitive motion control tasks in demanding manufacturing environments.