ACE industrial hydraulic shock absorbers are designed for high energy absorption and controlled deceleration in demanding industrial applications. By converting kinetic energy into heat, they reduce impact forces, minimize vibration and noise, and protect machinery from excessive mechanical stress, helping to extend equipment service life and improve operational reliability.
As the official Hungarian partner of ACE Controls, BIBUS Kft. offers a comprehensive range of industrial hydraulic shock absorbers for automation systems, robotics, machine tools, packaging machinery, material handling equipment, and other heavy-duty industrial applications.
ACE industrial hydraulic shock absorbers are engineered to safely decelerate large moving masses while providing high energy absorption, maintenance-free operation, and long service life. Self-compensating and adjustable models are available to ensure optimum damping performance across a wide range of operating conditions.
Whether your goal is to protect machinery, reduce maintenance costs, improve cycle times, or increase operational reliability, BIBUS Kft. provides expert engineering support, application sizing, and product selection to help you identify the optimal ACE industrial hydraulic shock absorber for your application.
✔ High energy absorption
✔ Controlled deceleration
✔ Maintenance-free operation
✔ Long service life
Industrial Hydraulic Shock Absorbers in Our Webshop
✔ Absorb high impact forces
✔ Protect machine components
✔ Reduce vibration and noise
✔ Increase cycle rates
✔ Extend equipment service life
✔ Improve operational reliability
Whether you are designing a new machine or upgrading an existing system, our specialists will help you select the most suitable ACE industrial hydraulic shock absorber for your application.
Not sure which shock absorber is right for your application?
Send us your application details, and our specialists will recommend the optimal ACE solution.

High energy absorption and stepless adjustment

Advanced sealing technology together with an annealed guide bearing and an integrated positive stop

Extremely low temperatures

Extremely heat-resistant at high frequencies

Optimum corrosion protection

Piston tube design for maximum energy absorption

Deceleration of heavy loads

Deceleration of heavy loads and stepless adjustment