Clean-Geartech is a leading European manufacturer renowned for engineering precision, durability, and hygiene into every gearbox. Specializing in stainless steel gear transmissions, Clean-Geartech’s solutions are tailored for demanding industrial environments, including food processing, pharmaceuticals, marine, and chemical industries, where corrosion resistance, easy cleaning, and long service life are essential.Key Features and Application Benefits:
Fully made from stainless steel AISI 316L – Ideal for hygienic and corrosive environments such as food & beverage, pharmaceutical, and marine industries.

High gear ratio of 222.52:1 – Enables precise torque amplification in applications requiring slow, powerful rotation, such as mixers, conveyors, and automated lifting systems.

Ø40H7 hollow output shaft in stainless steel – Allows direct shaft coupling, reducing assembly time and ensuring stable and accurate power transmission even in CIP environments.

Input flange B14 size 71 – Ensures easy compatibility with standard IEC electric motors, optimizing integration into existing systems.

4-stage gear reduction – Provides enhanced torque with smooth motion control over complex drive applications in material handling or filling machines.

High efficiency (92%) – Minimizes energy loss, which translates into lower operational costs and less heat generation under continuous duty.

Compact gearbox size X74N – Offers space-saving installation in systems with tight spatial constraints, making it suitable for modular machinery design.

14mm input shaft – Facilitates coupling with compact motor units for applications with limited power requirements or space.

Direct input/output BCD (Bolt Circle Diameter): 85 mm input, 130 mm output – Enables simplified alignment and consistent mechanical integration with surrounding equipment.
The Clean-Geartech X74N bevel gearbox is purpose-built for technical specialists who demand performance, hygiene, and reliability under harsh operational conditions. Its stainless steel construction and efficient design make it a preferred solution for sectors where mechanical robustness and cleanability cannot be compromised.