Clean-Geartech is a trusted manufacturer of stainless steel transmission solutions, specializing in hygienic, corrosion-resistant gear units for demanding industrial applications. Their gearboxes are designed to meet strict requirements within the food, pharmaceutical, chemical, and marine sectors – offering optimal reliability, longevity, and cleanability.Key Features & Application Advantages:
• Constructed entirely from AISI 316L stainless steel for outstanding corrosion resistance – ideal for aggressive washdown environments, chemical processing, and marine industries.

• 79.44:1 gear ratio across 3 stages enables precise torque regulation and operational efficiency in slow-speed, high-torque applications, such as conveyors, mixers, and dosing systems.

• High mechanical efficiency of 94% minimizes energy losses, supporting sustainability objectives and energy cost reduction.

• Fitted with a Ø25H7 hollow output shaft in stainless steel – ensures a hygienic, easy-to-clean interface while providing a secure, backlash-free power transmission connection.

• Robust Ø11 mm input shaft allows compatibility with diverse drive motor configurations and ensures torque consistency across multiple operational conditions.

• Integrated 63B14 flange mount interface streamlines motor installation and alignment, supporting compact systems and reducing maintenance time.

• Compact gearbox housing size X43N allows easy integration into space-limited machine layouts typical in automated production systems.

• Designed for IP and hygienic applications – offers easy sanitation, making it suitable for the food & beverage, pharmaceutical, and biotechnology domains.

• Bevel gear design supports right-angle mounting and torque direction changes – optimal for systems requiring angular turns or dual-axis transmissions.
Clean-Geartech’s commitment to precision engineering, hygienic compliance, and application versatility makes the X43N bevel gearbox an ideal solution for technical specialists seeking durability and reliability in demanding environments.