Norgren RM/92063/M/230 Cylinder - One-third length

Feature → Business Impact → Application: The RM/92063/M/230 delivers a compact 63 mm bore cylinder with a 230 mm stroke, providing a substantial reduction in machine envelope, which translates to tighter layouts and more flexible line design in packaging and assembly cells. This directly lowers installation time and enables closer proximity of actuators to end-effectors, boosting throughputs with minimal footprint. Application: high-density pick-and-place stations and compact transfer lines benefit from the smaller footprint while maintaining force requirements. Feature → Business Impact → Application: The magnetic piston supports straightforward position sensing with standard sensors, reducing wiring complexity and enabling seamless integration with PLCs and servo-controlled systems. This improves control reliability and repeatability in automated lines. Application: feedback-enabled automation loops and fault-tolerant control systems. Feature → Business Impact → Application: The anodised aluminium barrel and martensitic stainless steel piston rod deliver long-term corrosion resistance and low-friction movement, reducing maintenance windows and extending service intervals. Application: outdoor or moisture-prone environments such as washdown zones or humid production lines. Feature → Business Impact → Application: The operating range of -5 to 80 °C and 1 to 10 bar supports diverse industrial settings, from electronics assembly to automotive components manufacturing, ensuring consistent performance across temperature swings. Application: multi-shift operations in variable climates. Feature → Business Impact → Application: With no built-in cushioning, users can tailor deceleration using external cushions or system valves, offering precise control while avoiding unwanted dwell and overshoot. Application: high-speed packaging lines that require custom end-of-stroke dampening. The combination of a magnetic piston, corrosion-resistant materials, and robust mechanical design supports reliability, simplifies integration with existing control architectures, and reduces total cost of ownership over the cylinder's lifecycle.