Brand Description: Clean-Geartech is a trusted manufacturer specializing in hygienic and corrosion-resistant gearing solutions for demanding industrial environments. With a strong focus on durability, high performance, and compliance with food, pharmaceutical, and chemical industry standards, Clean-Geartech delivers premium gear units engineered with precision and quality. Key Features, Functional Advantages, and Applications:
Constructed entirely from high-grade AISI 316L stainless steel, the gearbox ensures exceptional corrosion resistance in aggressive and hygienic environments, such as food processing, marine, and chemical manufacturing.

The Ø40H7 stainless steel hollow output shaft (SS hollow shaft) provides compact integration directly onto shafts without additional couplings – ideal for reducing installation time in OEM applications.

Designed with a 43.23:1 gear ratio across 3 gear stages, enabling precise torque control and speed reduction for high-torque, low-speed operations such as conveyors, mixers, or processing equipment.

Features a 90B14 motor mounting interface, allowing easy and standardized attachment of IEC B14 flange motors – reducing compatibility issues in modular machine setups.

Delivers high efficiency up to 94% even under loaded conditions, maximizing energy savings and minimizing thermal losses in continuous operation environments.

Input shaft diameter of 24 mm ensures compatibility with a broad range of motor drive configurations, typically used in automated motion systems.

Robust gearhousing engineered in stainless steel offers not only structural integrity but is also designed for easy cleaning—vital in GMP-compliant and CIP/SIP processes.

Gear size X73N is optimized for medium-duty drive systems requiring a balance between compact dimensions and power density—frequently found in packaging lines and agitator systems.
Ideal for cleanroom production, pharmaceutical mixing, dairy handling, fish processing, or any application where corrosion resistance, hygiene, and long service life are critical.