Clean-Geartech is a premium manufacturer of hygienic stainless steel transmission solutions designed for demanding industrial environments. Known for its commitment to durability, corrosion resistance, and optimal performance, Clean-Geartech serves industries such as food processing, pharmaceuticals, chemical handling, and marine applications where reliability and cleanliness are of utmost importance.Key Features & Application Benefits:
• Gear housing and internal components made from AISI 316L stainless steel ensure superior corrosion resistance in aggressive and sanitary environments, making the gearbox ideal for food, pharmaceutical, marine, and offshore applications.

• Ø40H7 hollow output shaft in stainless steel allows for direct shaft-mounting, reducing components and offering compact installation with excellent resistance to wear and corrosion.

• 121.45:1 gear ratio with 4-stage gear design provides high torque output at low speed, making it well-suited for conveyors, mixers, dosing systems, and other machinery requiring precise speed control and power delivery.

• High transmission efficiency of 92% minimizes energy loss, significantly reducing operational costs and heat generation during continuous operation.

• Compact Gear Size X74N is optimized for limited installation space in processing lines and integrated systems in hygienically critical environments.

• Standard IEC 71B14 motor interface allows easy compatibility with a wide range of electric motors for streamlined installation and maintenance.

• 14 mm input shaft offers balanced torque transfer, supporting efficient drive chain configurations with accurate motor alignment.

• BCD input of 85 mm and BCD output of 130 mm ensures straightforward mounting and alignment with standardized industrial components and systems.
Engineered to meet the stringent hygiene demands and mechanical performance expected by engineers and industrial specialists, Clean-Geartech’s X74N stainless steel bevel gearbox is a robust, reliable solution for long-term use in challenging operational conditions.