Clean-Geartech’s X62N bevel gearbox stands out as a premium-grade stainless steel solution engineered for demanding industrial applications. Manufactured in Europe, Clean-Geartech products are designed for uncompromising reliability, hygiene, and performance in aggressive environments. With a design focus on high-efficiency transmission and corrosion resistance, the X62N integrates seamlessly into automated systems in the food, pharmaceutical, maritime, and chemical industries.Key features, benefits and application possibilities:
• Built with AISI 316L Stainless Steel housing for exceptional corrosion resistance – ideal for use in pharmaceutical, cleanroom, food processing, or offshore environments.

• High-efficiency transmission (96%) minimizes energy loss and heat generation – optimized for continuous-duty applications.

• Two-stage bevel gear design (ratio 17.46:1) ensures compact size with high torque output – perfect for applications where space constraints meet high torque demands.

• Integrated Ø35H7 stainless steel hollow output shaft (SS hollow shaft) enables direct connection to driven components – reduces alignment errors and mechanical wear.

• 90B14 motor interface allows for fast, standard-compliant motor mounting – simplifies integration across various motor brands.

• 24 mm stainless steel input shaft designed for superior strength and hygiene – suitable for washdown zones and high load cycling.

• Input and output BCDs of 115 mm and 130 mm respectively – supports standard mounting interfaces across automation and packaging equipment.

• Compact gearbox size (X62N), optimized for confined installations – relays flexibility in system architecture.

• Suitable for dosing equipment, conveyors, mixers, and robotics in clean industries – versatility in both stationary and mobile units.

• Designed and manufactured by Clean-Geartech, a leading European provider of hygienic drive solutions with focus on quality, compliance, and long-term durability.
This gearbox is the optimal choice for engineers requiring hygienic construction, mechanical robustness, and high performance in critical automation environments.