Clean-Geartech is a trusted manufacturer specializing in precision-engineered, hygienic gear solutions designed for demanding industrial environments. Known for uncompromising durability and corrosion resistance, Clean-Geartech products are widely used in food processing, pharmaceutical production, marine applications, and other high-specification industries where performance and cleanliness are paramount.
High corrosion resistance thanks to fully stainless steel housing (AISI 316L): Ideal for use in aggressive environments such as food processing, chemical industries, and marine applications where hygiene and corrosion protection are critical. Continuous washdown and sanitization-resistant.

Stainless steel Ø40H7 hollow output shaft: Offers superior resistance to wear and corrosion while ensuring a secure, backlash-minimized torque transmission interface—simplifies integration with driven equipment such as conveyors and mixers in clean applications.

Compact gear size X74N with powerful 4-stage reduction: Enables high torque output in minimal space, providing a superior solution for space-constrained installations, including packaging, dosing, and pharmaceutical machinery.

High reduction ratio of 337.39:1: Provides precise speed control and high output torque, ideal for slow-moving automated systems requiring accurate positioning such as dosing pumps, pick-and-place units, and processing lines.

Input interface 71B14 flange: Designed for easy integration with IEC-standard motors, minimizing mechanical adaptation time and allowing for flexible drive system configurations.

92% operating efficiency: Optimized gear geometry and premium materials provide minimal power loss, enhancing overall system efficiency—reduces energy consumption in continuous operation environments.

Robust 14 mm stainless steel input shaft: Ensures high durability and thermal stability, ideal for high-duty-cycle industrial drives operating under variable loads or in wet areas.

BCD 85 mm input / BCD 130 mm output flanges: Standardized mounting dimensions simplify mechanical interface with existing systems, minimizing custom engineering effort in retrofit or modular systems.