Air Cylinders

This industrial-grade pneumatic cushioning unit features a precise 12mm stroke (0.47 inches) designed to absorb kinetic energy and eliminate end-of-stroke impact in automated machinery. Constructed from high-tensile steel, the component ensures durability under repetitive cycling while maintaining consistent damping performance across varying load conditions. Its compact form factor facilitates seamless integration into tight assembly spaces without compromising structural integrity. Engineered for reliable operation within standard factory environments, this buffer effectively reduces mechanical vibration and noise, extending the service life of associated actuators and minimizing maintenance downtime.

This adjustable steel air cylinder delivers precise motion control with a 0.55-inch bore and 0.98-inch stroke, rated for maximum operating pressures up to 145 PSI. Designed for axial mounting via M14 x 1.5 threads, the unit features an integrated impact cap to enhance durability during high-cycle operations. Its fully adjustable cushioning mechanism allows operators to fine-tune deceleration, minimizing vibration and protecting downstream equipment. Constructed from robust steel, this component ensures reliable performance in demanding industrial automation environments requiring compact, high-pressure actuation solutions.

This adjustable steel air cylinder features a 0.55-inch bore diameter and a precise 0.47-inch stroke length, engineered for controlled deceleration in industrial automation. Designed with an axial mount configuration and M14 x 1.5 threading, it supports a maximum operating pressure of 145 PSI for reliable performance under load. The unit includes an integrated impact cap to enhance durability and minimize wear during high-cycle operations. Constructed from robust steel, this component delivers consistent force output and extended service life for demanding pneumatic applications requiring fine-tuned motion control.

This adjustable steel air cylinder features a 0.55-inch bore diameter and a 0.98-inch stroke length, engineered for precise motion control in industrial automation. Constructed from durable steel, the unit withstands maximum operating pressures up to 145 PSI while maintaining structural integrity under repetitive cycles. The axial mount design with M14x1.5 threading ensures secure integration into existing machinery frameworks. Its adjustable buffering capability allows operators to fine-tune deceleration rates, minimizing impact forces and extending equipment lifespan without requiring external shock absorbers.

This adjustable steel air cylinder features a 0.63-inch bore diameter and a precise 0.47-inch stroke length, engineered for controlled deceleration in industrial automation. Constructed from durable steel, the unit withstands maximum operating pressures up to 145 PSI, ensuring reliable performance under demanding conditions. It utilizes an M16x1.5 mounting thread with an axial mount configuration for secure integration into existing machinery. Designed without an impact cap, this component offers versatile tuning capabilities for optimizing shock absorption and protecting equipment from repetitive stress during high-cycle operations.

This adjustable air cylinder features a 0.79-inch bore and 0.98-inch stroke, delivering precise linear motion control for industrial automation. Constructed from durable steel, the unit withstands maximum operating pressures up to 145 PSI while maintaining structural integrity under repetitive cycles. The threaded M20x1.5 mounting interface ensures secure installation in tight spaces, and the included impact cap provides essential protection against end-of-stroke damage. Ideal for applications requiring reliable force transmission and tunable damping, this component offers consistent performance in demanding manufacturing environments without requiring complex maintenance protocols.

This adjustable steel air cylinder features a 0.79-inch bore and matching 0.79-inch stroke, engineered for precise motion control in industrial automation. Rated for a maximum operating pressure of 145 PSI, the unit utilizes an M20x1.5 port size and axial mount configuration for secure integration. The design includes an impact cap to enhance durability during high-cycle operations. Constructed from robust steel, this component delivers reliable performance in demanding environments while offering tunable damping characteristics to optimize machine cycle times and reduce mechanical shock.

This adjustable air cylinder features a 0.79-inch bore and 0.63-inch stroke, engineered for precise motion control in industrial automation. Constructed from durable steel, the unit withstands maximum operating pressures up to 145 PSI while maintaining structural integrity under repetitive cycles. The axial mount design with M20x1.5 threading ensures secure integration into existing machinery frameworks. Its adjustable buffering mechanism effectively dampens impact forces at the end of the stroke, reducing mechanical wear and extending equipment lifespan without requiring external shock absorbers.

This adjustable steel air cylinder features a 0.98-inch bore and matching 0.98-inch stroke, engineered for precise motion control in industrial automation. Constructed from durable steel, the unit withstands maximum operating pressures up to 145 PSI while maintaining structural integrity under repetitive cycles. The threaded M25x1.5 mounting configuration ensures secure, vibration-resistant installation without requiring additional caps. Designed for versatility, the adjustable buffering mechanism allows operators to fine-tune deceleration profiles, minimizing impact forces and extending equipment lifespan in high-frequency applications.

This adjustable steel air cylinder features a 1.06-inch bore and a precise 0.98-inch stroke, engineered for controlled linear motion in industrial automation. Designed with an M27x1.5 mounting thread and axial mount configuration, it supports a maximum operating pressure of 145 PSI. The unit's robust steel construction ensures durability under repetitive cycling, while the adjustable buffering mechanism minimizes end-of-stroke impact without requiring a separate collision cap. Ideal for applications demanding reliable force transmission and compact integration within tight spatial constraints.

This adjustable steel air cylinder features a 1.65-inch bore diameter and a 1.97-inch stroke length, engineered for precise motion control in industrial applications. Rated for a maximum operating pressure of 145 PSI, the unit utilizes an M42 x 1.5 mounting thread with an axial configuration for secure integration. The design includes an integrated impact cap to enhance durability during high-cycle operations. Constructed from robust steel, this component delivers reliable performance and adjustable buffering capabilities suitable for demanding automation environments requiring consistent force and stability.

This adjustable steel air cylinder delivers precise motion control with a 0.98-inch bore and 3.15-inch stroke, rated for maximum operating pressures up to 145 PSI. Designed for axial mounting via M25 x 1.5 threads, the unit features an integrated cushioning mechanism to minimize impact forces during high-cycle operations. Constructed from durable steel without an external impact cap, it ensures reliable performance in demanding industrial automation environments while maintaining a compact footprint suitable for tight machine configurations.

This adjustable hydraulic shock absorber features a robust steel construction designed for high-cycle industrial applications. With a 1-inch bore diameter and a precise 1-inch stroke length, it effectively manages kinetic energy in automated machinery. The unit withstands maximum operating pressures up to 1450 PSI, ensuring reliable performance under demanding loads. Its threaded mount type facilitates straightforward integration into existing pneumatic systems, while the adjustable damping mechanism allows for fine-tuned deceleration control to minimize vibration and extend equipment lifespan.

Engineered for precise motion control, this adjustable hydraulic shock absorber features a robust steel construction capable of withstanding operating pressures up to 1450 PSI. The unit offers a 0.55-inch bore diameter and a 0.79-inch stroke length, providing reliable deceleration for pneumatic applications. Its threaded M14 mount ensures secure integration into existing machinery frameworks. Designed for durability and consistent performance, this component effectively minimizes impact forces and reduces equipment wear in high-cycle industrial environments.

This adjustable hydraulic shock absorber features a durable steel construction designed for high-cycle industrial applications. With a 0.55-inch bore diameter and a precise 0.47-inch stroke length, it effectively manages kinetic energy in automated machinery. The unit withstands maximum operating pressures up to 1450 psi and utilizes an M14 threaded port for secure integration. Its fully adjustable damping mechanism allows operators to fine-tune deceleration rates, ensuring smooth stopping performance and extended equipment lifespan without requiring custom tooling.

Engineered for precise motion control, this adjustable hydraulic shock absorber features a robust steel construction capable of withstanding maximum operating pressures up to 1450 PSI. The unit offers a 0.55-inch bore diameter and a 0.39-inch stroke length, providing reliable energy absorption for repetitive industrial cycles. Equipped with an M14 threaded port and mount, it ensures seamless integration into existing pneumatic systems. The fully adjustable design allows operators to fine-tune damping characteristics for varying load conditions, minimizing vibration and extending machinery lifespan without requiring custom tooling.

This adjustable hydraulic shock absorber features a robust steel construction designed for reliable deceleration in industrial automation applications. With a 0.55-inch bore diameter and matching 0.55-inch stroke length, it delivers precise motion control while withstanding maximum operating pressures up to 145 PSI. The unit utilizes an M14 port size and a threaded mount type for straightforward integration into existing machinery setups. Its fully adjustable damping mechanism allows operators to fine-tune performance for varying load conditions, ensuring smooth operation and extended equipment lifespan without requiring custom tooling.

This adjustable hydraulic shock absorber features a durable steel construction designed for precise motion control in industrial automation. With a 0.79-inch bore diameter and a 0.63-inch stroke length, it effectively manages kinetic energy while operating safely up to 145 PSI. The unit utilizes an M20 threaded port and mount type, ensuring secure integration into existing pneumatic systems. Its fully adjustable damping mechanism allows operators to fine-tune deceleration profiles, minimizing vibration and extending equipment lifespan without requiring custom tooling.

Engineered for precise motion control, this adjustable hydraulic shock absorber features a robust steel construction capable of withstanding operating pressures up to 145 psi. The unit offers a 0.79-inch bore diameter and a 1.18-inch stroke length, providing reliable energy absorption for repetitive industrial cycles. Its threaded mount design ensures secure integration into existing machinery frameworks, while the fully adjustable damping mechanism allows operators to fine-tune deceleration rates for varying load conditions. Ideal for automation equipment requiring consistent performance and extended service life under demanding operational environments.

This adjustable hydraulic shock absorber features a robust steel construction designed for high-cycle industrial applications. With a 0.79-inch bore diameter and matching 0.79-inch stroke length, it delivers precise deceleration control within compact spaces. The unit withstands maximum operating pressures up to 145 psi, ensuring reliable performance under demanding loads. Its threaded M20 mount facilitates straightforward integration into existing pneumatic systems, while the fully adjustable damping mechanism allows operators to fine-tune energy absorption for varying speeds and masses without requiring system downtime.

This adjustable hydraulic shock absorber features a robust steel construction designed for high-pressure industrial applications up to 3000 psi. With a 0.79-inch bore diameter and matching 0.79-inch stroke length, it delivers precise kinetic energy control and automatic compensation for varying load conditions. The unit utilizes a threaded mount with an M20 port size for secure, space-efficient integration into machinery. Ideal for damping impact forces in automation systems, this component ensures extended equipment life through consistent performance and durable engineering standards.

Engineered for precise motion control, this adjustable hydraulic shock absorber features a robust steel construction capable of withstanding operating pressures up to 1450 PSI. The unit offers a 1.42-inch bore diameter and a 0.98-inch stroke length, providing reliable energy absorption for heavy-duty industrial applications. Its threaded M36 mount ensures secure installation within existing pneumatic systems. Designed for versatility, the fully adjustable damping mechanism allows operators to fine-tune deceleration rates, minimizing vibration and extending machinery lifespan in high-cycle environments.

This adjustable hydraulic shock absorber features a robust steel construction designed for high-impact industrial applications. With a 1.42-inch bore diameter and a 2.36-inch stroke length, it effectively manages kinetic energy while operating at pressures up to 1450 psi. The unit utilizes an M36 threaded port for secure integration and includes a threaded mount type for versatile installation. Its fully adjustable damping mechanism allows precise control over deceleration rates, ensuring consistent performance and extended machinery lifespan in demanding pneumatic systems.

This adjustable hydraulic shock absorber features a robust steel construction designed for high-impact industrial applications. With a 1.42-inch bore diameter and a 1.97-inch stroke length, it effectively manages kinetic energy in automated machinery. The unit supports a maximum operating pressure of 1,450 PSI and utilizes an M36 threaded port for secure integration. Its fully adjustable damping mechanism allows precise control over deceleration rates, while the threaded mount type ensures straightforward installation within existing pneumatic systems requiring reliable motion control.