Norgren KM/8020/M/110 ISO Roundline Cylinder - ISO6432

Stainless steel construction delivers superior corrosion and acid resistance, extending service life in washdown and chemically aggressive environments where hygiene matters. This KM/8020/M/110 design minimizes unscheduled downtime and maintenance costs by resisting rust and pitting that plague lesser cylinders. In food processing, pharmaceutical packaging, and other high-hygiene lines, the combination of X5 Cr Ni 18 10 barrel material and a robust piston rod makes it a reliable choice for continuous operation. ISO 6432 compatibility and a precise 20 mm bore with a 110 mm stroke provide standardization and interchangeability across existing frames and mounting kits. This reduces spare parts variety and simplifies retrofits, accelerating project timelines and lowering installation risk. The regulatory-aligned footprint also supports consistent performance in technical audits and traceability in regulated industries. Magnetic piston as standard enables straightforward integration with sensor networks for discrete position feedback and PLC control. This enables reliable end-position detection, reduces mis-stroke events, and improves repeatability without additional magnet attachments. Combined with a double-acting configuration, it supports rapid cycling and synchronized motions in indexers and robotic grippers. Buffer cushioning delivers controlled deceleration at stroke end points, minimizing impact loads on guides and mounting structures. The result is quieter operation, reduced wear, and longer service intervals in high-cycle applications. For designers, this means fewer adjustments and consistent performance under varying load conditions. Operating range covers -10 to 80 °C and 1 to 10 bar, with a G1/8 port for flexible plumbing in compact spaces. The combination of stainless steel hardware, a magnetic piston, and food-grade suitability helps engineers meet sanitation, contamination-control, and validation requirements while maintaining compact form factors.