Collection:Festo Shock Absorbers DYSS
Shock absorber DYSS is an end-to-end screw-in hydraulic shock absorber designed for applications requiring precise and efficient cushioning. This shock absorber features a path-controlled flow c...
M3 | 3 | TV002560 | ||
M3 | 4 | TV002561 | ||
M3 | 4 | TV002562 | ||
M3 | 4 | TV002563 | ||
M3 | 3 | TV002565 | ||
M5 | 4 | TV002555 | ||
M5 | 4 | TV002556 | ||
M5 | 5 | TV002557 | ||
M3 | 5 | TV002564 | ||
M5 | 5 | TV002558 | ||
M5 | 5 | TV002559 | ||
M3 | 5 | TV002566 | ||
M3 | 5 | TV002567 | ||
M3 | 5 | TV002568 |
- ‹
- 1
- ›
Festo Shock Absorbers DYSS
Shock absorber DYSS is an end-to-end screw-in hydraulic shock absorber designed for applications requiring precise and efficient cushioning. This shock absorber features a path-controlled flow control function, making it ideal for use with DGST miniature slides.
The DYSS shock absorber offers a rapidly increasing cushioning force curve due to its path-controlled throttle function. This design ensures a short cushioning stroke, providing effective and immediate deceleration of moving parts. This rapid response is crucial for applications where quick and reliable stopping is necessary.
One of the key benefits of the DYSS shock absorber is its suitability for low-vibration operation. By minimizing vibrations during the cushioning process, it enhances the stability and performance of the machinery, contributing to higher manufacturing quality and process speed.
Variants of the DYSS shock absorber are recommended for production facilities involved in the manufacture of lithium-ion batteries. These variants meet the stringent requirements of such production environments, ensuring reliable and consistent performance.
When selecting a shock absorber DYSS, consider the specific needs of your application, such as the required cushioning force, stroke length, and vibration reduction. The combination of a rapidly increasing cushioning force curve, short cushioning stroke, and low-vibration operation makes the DYSS an excellent choice for optimizing the efficiency and reliability of your industrial processes.