Clean-Geartech is recognized across precision-driven industries for producing highly hygienic, durable, and efficient gearboxes specifically engineered for demanding environments. Their stainless steel transmission solutions comply with strict hygiene and corrosion-resistance requirements, making them ideal for the food, pharmaceutical, chemical, and marine industries.Key Features, Benefits, and Application Possibilities:
• Constructed from AISI 316L stainless steel housing offers outstanding corrosion resistance, making it ideal for high-hygiene applications like food processing, beverage production, and pharmaceutical manufacturing.

• Equipped with a Ø25H7 stainless steel hollow output shaft (SS) for enhanced strength and hygienic integration with driven components, suitable for mixing lines, conveyors, or rotary applications.

• Features a high-torque 3-stage bevel gear configuration with a gear ratio of 65.72:1, optimized for torque-demanding applications such as dosing systems, agitators, and material handling.

• Delivers an exceptional efficiency rate of 94%, reducing energy consumption and operational costs particularly in continuous operation environments.

• Input flange interface 71B14 ensures easy compatibility with IEC-standard electric motors, allowing seamless integration in custom automation systems and processing lines.

• Compact X43N gear size and 14 mm input shaft diameter deliver high power density, ideal for installations with limited mounting space or inside enclosures.

• Precision-machined bevel gear stages ensure quiet and backlash-minimized operation, essential for synchronized or servo-based systems in packaging and inspection machinery.

• Suitable for washdown environments thanks to smooth, crevice-free design minimizing bacterial retention—perfect for HACCP-oriented facilities.
Clean-Geartech's commitment to sterile design and performance not only increases mechanical reliability but also aligns with ISO and FDA sanitary equipment standards, giving engineers and OEMs confidence in even the most rigorous environments.