IMI Norgren RT/57250/M/160 Roundline Double Acting Cylinder - 20% Space Saving

Feature → Business Impact → Application: The RT/57250/M/160 uses a 50 mm bore and a 160 mm stroke to deliver precise, repeatable motion in constrained spaces, enabling compact actuator assemblies in pick-and-place and clamp applications. This translates to improved cycle times and reduced machine footprint, especially in multi-axis layouts where space is at a premium. Feature → Business Impact → Application: The Roundline design saves up to 20% space compared with basic ISO/VDMA cylinders, streamlining installations and enabling more compact control panels or machinery frames. This supports faster line reconfiguration and scalable automation in manufacturing cells. Feature → Business Impact → Application: Low-friction, long-life seals extend service intervals, lowering maintenance costs and boosting uptime for high-cycle applications such as sorting and transferring parts on assembly lines. Feature → Business Impact → Application: The magnetic piston provides straightforward integration with reed switches (for position sensing) and other sensors, simplifying control system design and bringing robust state feedback into the PLC. Feature → Business Impact → Application: Stainless steel barrel and piston rod offer corrosion resistance and durability in demanding environments, reducing wear, leakage risks, and the need for frequent replacements in wash-down or humid facilities. Feature → Business Impact → Application: Buffer cushioning minimizes impact loads at end-of-stroke, protecting delicate components and reducing shock to connected tooling, which extends actuator life and maintains precision in repetitive operations. Feature → Business Impact → Application: Port Size Rc1/4 and 1–10 bar operating range, plus -10 to 80 °C capability, provide flexible integration with standard compressed-air systems and diverse mounting options (foot, clevis, and other mountings), simplifying installation and retrofits. Feature → Business Impact → Application: Theoretical force of 1178 N supports reliable actuation for medium-load tasks, enabling robust performance in clamping, lifting, or indexing workpieces across a variety of manufacturing environments.