The Clean-Geartech X42N bevel gear unit is designed for demanding industrial applications where hygiene, durability, and high performance are critical. Manufactured by Clean-Geartech — a trusted European brand known for its advanced stainless steel drive solutions — this gear reducer combines precision engineering with corrosion resistance, making it ideal for harsh and hygienic environments such as food processing, pharmaceutical, and chemical industries.
✔ Developed with a high-efficiency bevel gear design, ensuring a mechanical efficiency of up to 96%, which minimizes energy loss and operational cost in continuous duty applications.

✔ The 17.93:1 gear ratio provides excellent torque multiplication and speed reduction, optimized for precise motion control tasks and heavy-duty load handling.

✔ Gear housing is entirely made of AISI 316L stainless steel, offering superior corrosion resistance for washdown environments and aggressive cleaning protocols.

✔ Equipped with a Ø25H7 hollow output shaft in stainless steel (SS hollow shaft), ideal for slip-on mounting and space-constrained assemblies while ensuring longevity against wear and corrosion.

✔ Input configuration supports IEC 80B14 motor interface, facilitating easy and standardized motor integration across automation systems.

✔ Ø19 mm input shaft diameter ensures compatibility with a wide range of motor couplings, facilitating flexible installation in varied machinery types.

✔ Two-stage gearing increases torque density without compromising unit compactness, making it a suitable fit for space-limited applications.

✔ Gear size X42N offers an optimal balance between performance, compactness, and load capacity — ideal for conveying systems and rotary equipment.

✔ Clean-Geartech's consistent focus on stainless steel solutions ensures long service life in CIP (clean-in-place) and SIP (steam-in-place) operating conditions.
With its stainless steel build, compact design, and high torque efficiency, the Clean-Geartech X42N is a superior choice for industries requiring strict hygiene standards and mechanical robustness.