Clean-Geartech is a trusted brand renowned for manufacturing robust and hygienic gear solutions tailored for applications in the food, pharmaceutical, marine, and chemical industries. With an emphasis on corrosion resistance and durability, all Clean-Geartech products are designed to meet the high safety and hygiene standards of demanding industrial environments.
High corrosion resistance thanks to solid AISI 316L stainless steel housing — ideal for hygienic-critical environments such as food and beverage processing, cleanrooms, and offshore applications.

Very high gear ratio of 514.06:1 ensures extreme torque multiplication — suitable for low-speed, high-load applications like conveyor systems, lifting mechanisms, and heavy industrial mixers.

Four gear stages provide smooth torque transmission and increased load distribution — increasing reliability and life span in continuous-duty operations.

Hollow output shaft Ø40H7 in stainless steel enables easy integration into various drive systems and hygienic shaft sealing — minimizing contamination risks.

Standardized input interface (IEC 71B14) for easy motor mounting — flexible compatibility with various AC and servo motors.

Compact gearbox size X74N optimizes space utilization — great for systems with limited installation footprint, such as compact machinery or modular assembly lines.

92% efficiency across the gear stages reduces energy consumption — contributing to lower operational costs and sustainability goals in energy-sensitive industries.

Input shaft Ø14 mm combined with balanced gear stage design ensures stable transmission and minimal vibration — beneficial for precision-driven equipment in packaging, automation, and robotics.

Output BCD 130 mm and input BCD 85 mm support strong mechanical interfaces — delivering robust performance in mechanical systems with high radial or axial loads.
Clean-Geartech X74N is engineered for industrial specialists seeking robust, hygienic, and energy-efficient gear solutions. Its stainless steel construction, high ratio, and modular design make it suitable for both demanding CIP/SIP environments and precise mechanical assemblies.