From Clean-Geartech, a leading manufacturer of high-performance stainless steel transmission solutions designed for the most demanding industrial applications, comes the X43N bevel gearbox. Renowned for durability, superior corrosion resistance, and optimal hygienic design, Clean-Geartech products are tailored for engineers and technical specialists in industries such as food processing, pharmaceuticals, marine, and chemical manufacturing. The X43N model excels in challenging environments thanks to its fully stainless steel construction and precision transmission characteristics.
● Fully constructed in AISI 316L stainless steel offers exceptional corrosion resistance, ideal for aggressive washdown environments in food, beverage, or pharmaceutical industries. This ensures long-term durability in CIP/SIP cleaning conditions.

● High transmission ratio of 323.37:1 enables significant torque multiplication in space-limited applications, perfect for slow-speed, high-torque machinery such as mixers, conveyors, or dosing systems.

● Ø25H7 hollow output shaft in stainless steel allows for easy shaft mounting with tight tolerances, optimizing assembly time and improving mechanical stability in modular setups.

● Input flange compatibility with IEC 63B14 motors enhances interoperability with commonly used electric motors, streamlining integration across diverse OEM designs.

● An efficiency rating of 94% results in minimal energy losses, offering energy savings and reduced thermal loads in long-duty cycle operations.

● Compact X43N housing with triple-stage gearing delivers reliable torque transmission in compact footprint – ideal for decentralized drive systems where installation space is limited.

● Ø11 mm input shaft dimension ensures compatibility with precision coupling systems, enabling accurate load transfer and minimizing backlash.

● Bevel gear configuration supports angular transmission (90°), facilitating flexible machine layouts and optimized use of installation space.
The Clean-Geartech X43N combines engineering-grade mechanical performance with the highest hygienic standards, setting a benchmark for technical reliability in sanitary and corrosive environments.