Self Compensating Miniature Shock Absorbers
ACE's MC150 to MC600 Miniature Shock Absorbers, feature Self-Compensating, Rolling Diaphragm Technology for exceptional durability and low resetting force. These absorbers are engineered for up to 25 million cycles, offering energy capacities from 20 Nm/Cycle to 136 Nm/Cycle and strokes from 12 mm to 25 mm. Designed for universal mounting, including inside pressure chambers up to 7 bar, they ensure reliable performance in diverse applications like linear slides, pneumatic cylinders, swivel units, handling modules, and more. With integrated positive stops for precise positioning and a robust construction featuring corrosion-resistant materials, ACE's shock absorbers are ideal for enhancing efficiency and safety across industrial settings.
Stroke: 12mm | Energy Capacity: 20 Nm/Cycle
Self-Compensating, Rolling Diaphragm Technology
Stroke: 12mm | Energy Capacity: 41 Nm/Cycle
Self-Compensating, Rolling Diaphragm Technology
Stroke: 25mm | Energy Capacity: 136 Nm/Cycle
Self-Compensating, Rolling Diaphragm Technology
Recently viewed
Still not sure?
Reach out for expert help on products
If you have any queries, need a quote for one of our products or want some technical advice from one of our engineers, please get in touch and a member of MacScott Bond will assist.
Contact Us
ACE Distributor
Since 1963, after developing the first adjustable industrial shock absorber, ACE Controls have grown to become internationally recognised experts in motion control and damping technology. Their ever-expanding product range now covers automation control, motion control, vibration control and safety products. MacScott Bond has proudly distributed ACE products for decades and can offer Industrial Shock Absorbers, Dampers and Damping plates, Gas Springs, Vibration mounts and anti-vibration construction materials from the Fabreeka™ range. With ACE we can offer technical and application support on the extensive range of products that are designed to increase production, improve efficiency, prolong operating lifetimes of machinery, and reduce noise, damage, and energy costs
