Manufacturer: Clean-GeartechClean-Geartech is a renowned European manufacturer specializing in high-performance gear solutions for hygienic and industrial applications. With a clear focus on superior material selection, Clean-Geartech utilizes stainless steel AISI 316L throughout its product line to meet the stringent demands of food processing, pharmaceutical, chemical, and marine industries. Their gearboxes deliver optimal durability, easy sanitation, and consistent mechanical performance under rigorous operating conditions.Key Product Features & Application Benefits:
Constructed entirely from AISI 316L stainless steel, making it ideal for corrosive or washdown environments in food, chemical, and marine applications.

Equipped with a Ø35H7 hollow output shaft in stainless steel, enabling precise, backlash-reduced power transmission and compatibility with standard hollow shaft couplings.

Features an input shaft with Ø19 mm and standard IEC 80B14 motor interface, allowing quick and seamless integration with IEC-compatible motors.

High gear ratio of 56.76:1 provides significant torque multiplication, enabling efficient speed reduction for conveyors, mixers, or automated machinery.

Triple-stage gear configuration ensures progressive torque handling and optimized power distribution — essential for continuous duty in industrial automation systems.

Maintains an energy-efficient performance with an overall transmission efficiency of 94%, minimizing energy loss and operational cost.

Rigid X63N gearbox body generates high mechanical stability and consistent alignment, suited for both dynamic and static industrial loads.

BCD mounting dimensions (input 100mm, output 130mm) provide clear adaptability in custom and OEM mounting setups.

Designed for hygienic-critical industries such as dairy processing, pharmaceutical packaging, fish processing, and bottling lines requiring frequent high-pressure washdowns.

Exceptional resistance to chemicals, saltwater, aggressive detergents, and thermal variation, ensuring prolonged operational lifespan in demanding environments.