The Clean-Geartech N50 worm gear reducer is designed for high-performance applications in demanding industrial environments. Manufactured by Clean-Geartech, a globally recognized brand specializing in precision gear solutions for food processing, pharmaceutical, and chemical industries, this gear unit meets the highest standards in hygiene, corrosion resistance, and durability.Applications across industries such as food processing, packaging machines, cleanrooms, and offshore installations benefit from Clean-Geartech’s commitment to material excellence and engineering rigor.Key Features and Benefits:
• Full stainless steel AISI 316L housing and gearing ensures maximum corrosion resistance, ideal for harsh washdown and hygienic environments

• Worm gear configuration with a 26:1 reduction ratio supports high torque output at low rotational speeds, suitable for conveyors, mixers, and lifting mechanisms

• Compact N50 size and integrated IEC motor interface (71B14) allow for seamless integration with standard electric motors, simplifying setup and maintenance

• Hollow output shaft Ø25 mm in stainless steel (SS hollow shaft) enables easy coupling with driven components via keyed or clamping solutions

• Input shaft Ø14 mm offers compatibility with multiple motor coupling options and ensures easy adaptivity in machine designs

• Efficient torque transmission at 69% mechanical efficiency maximizes usable power output while maintaining thermal performance

• Clean surface design minimizes dirt traps—perfect for industries under strict hygiene protocols such as food & beverage, dairy, and pharmaceuticals

• Weight-optimized stainless construction provides robustness without adding unnecessary bulk, aiding space-constrained machine layouts

• Manufactured by Clean-Geartech — a trusted name known for combining innovation with proven mechanical reliability in corrosive and high-hygiene sectors
The Clean-Geartech N50 is the smart choice for engineers and technical specialists requiring durability, compliance, and ease of integration in demanding industrial automation systems.