Adjustable hydraulic shock absorber designed for automation equipment. Provides controlled deceleration, reduces impact forces, and improves machine uptime. Key benefits Customizable damping: Adjustable hydraulic setting lets you tune impact absorption to match different loads and cycle speeds, reducing wear on machinery and tooling. Reduced oil leakage: Robust oil seal minimizes leaks over time, keeping performance stable and lowering maintenance needs. Durable construction: Carbon steel body with stainless steel components delivers long-term reliability and mechanical stability under continuous operation. Improved safety and uptime: Smooth, consistent deceleration decreases shock to frames and assemblies, helping prevent damage and unplanned downtime. Main features Adjustable hydraulic buffer for precise energy absorption and tailored stopping force. Materials: carbon steel construction with stainless steel parts for strength and corrosion resistance where needed. Efficient oil sealing system to maintain consistent damping performance and limit contamination and fluid loss. Compatible with a wide range of automation devices and industrial equipment. Performance and compatibility Engineered to deliver constant, repeatable damping across varying operating conditions. The adjustable mechanism allows quick tuning without replacing hardware. Suitable for use in environments common to automation systems; material choices prioritize durability and long service life. Typical applications Conveyor systems: absorb end-of-line impacts or stop loads smoothly to protect conveyed products and frame components. Robotic equipment and pick-and-place stations: control end-of-stroke impacts to reduce vibration and extend actuator life. Packaging and material handling machines: provide consistent cushioning for repetitive stops at high cycle rates. Practical notes Use the adjustable setting to match damping to your load and cycle requirements; regular inspection of seals and mounting is recommended to preserve performance. Designed as a plug-in damping solution for industrial automation where controlled deceleration and leak-resistant operation are required.