Norgren RM/92100/M/150 Pneumatic Cylinder - 4712 N

Ultra-compact footprint: The short body reduces machine width and enclosure footprint, enabling higher actuator density on crowded automation lines. This translates to a faster time-to-market for compact equipment and a lower total cost of ownership as downstream components can be minimized without compromising stroke performance. Ideal for packaging and pick-and-place cells where space is at a premium. Magnetic piston, corrosion-resistant design: The magnetic piston supports straightforward sensor integration for reliable position feedback, while the fully non-corrodible construction extends service life in damp or wash-down environments. This combination reduces maintenance intervals and minimizes downtime in high-cycle equipment across manufacturing cells. Robust materials for longevity: Anodised aluminium barrel paired with a martensitic stainless-steel piston rod delivers durability under repeated cycles and challenging environments, improving uptime and reducing replacement costs in automated assembly lines. With these materials, the cylinder remains resilient in harsh plants and contributes to predictable motion across shifts. Versatility in air supply and mounting: Operating from 1 to 10 bar and using a standard G1/4 port, RM/92100/M/150 integrates easily with common plant air systems and existing manifolds. Its 100 mm bore and 150 mm stroke support a wide range of stroke requirements, while standard mounting patterns simplify installation and scalability in OEM equipment. No cushioning, precise control: The absence of cushioning reduces mechanical lag and helps achieve faster cycle times when speed profiles are properly tuned. This design choice suits high-speed pick-and-place and transfer operations where timing precision is critical. High force with compact form: Theoretical force of 4712 N at typical plant pressures offers strong pushing and pulling capability in compact footprints, enabling more capable actuators in slim-line machinery and reducing the number of actuators needed per station.