Manufacturer Overview Clean-Geartech is a premium manufacturer of hygienic gear solutions tailored to demanding environments such as the food, pharmaceutical, and chemical processing industries. Renowned for its use of high-grade materials and precision engineering, Clean-Geartech delivers products that prioritize reliability, cleanability, and industrial robustness. Main Product Features and Application Benefits:
Constructed entirely of stainless steel AISI 316L – ensuring excellent resistance to corrosion, ideal for CIP/SIP processes in food and pharmaceutical industries.

Features a precision-machined Ø40H7 stainless steel hollow output shaft – perfect for torque transmission in compact format and for applications requiring direct shaft mounting.

Three-stage, right-angle bevel gearbox design – allows for significant gear reduction (ratio: 37.03:1) within minimal footprint, making it suitable for automated conveyor systems and robotic axes.

High mechanical efficiency of 94% – contributes to optimal energy usage, reduced heat generation, and extended service life in continuous operation environments.

Equipped with a standardized 80B14 gear motor interface – ensures easy and seamless integration with IEC motors, reducing installation time and increasing interchangeability.

Robust 19 mm input shaft – suitable for handling high input speeds while maintaining torque stability, supporting applications with variable load demands.

Compact housing size X73N – supports installation in restricted plant spaces, enabling flexible machine designs in hygiene-critical production areas.

Designed for high-load, washdown, and hygienic environments – ideal for use in food packaging, dairy processing, meat handling, and pharmaceutical belt systems.

Highest grade surface finish and no paint construction – minimizes bacterial accumulation and supports compliance with FDA and EHEDG standards.
Overall, the Clean-Geartech X73N bevel gearbox is engineered to deliver performance, hygiene, and reliability where standard gearboxes simply aren’t sufficient. Its design focuses on integration versatility, hygienic capability, and long service life in demanding process environments.