Clean-Geartech X43N Bevel Gearbox, Ø25H7 Hollow Shaft, 95.03:1, Input B14, Stainless Steel AISI 316L
High corrosion resistance: The gearbox housing is made from stainless steel AISI 316L, providing excellent resistance against aggressive cleaning agents, moisture, and chemicals — ideal for hygienic applications in industries such as food, beverage, and pharmaceuticals.

Precision gear ratio 95.03:1: Ensures reliable and precise torque transmission specifically suitable for low-speed, high-torque applications such as conveyor systems, agitators, and automated dosing equipment.

Hollow output shaft Ø25H7 (SS): The stainless steel hollow shaft allows direct, secure drive coupling with machine shafts, streamlining installation in compact systems and reducing part count.

Input interface 63B14: Compatible with a wide range of IEC standard motors, allowing simple integration with most industrial electric motors without requiring custom adapters.

11 mm input shaft: Enables direct coupling to compact drive motors — suitable for compact automation systems or portable machinery with constrained spatial profiles.

Three-stage gear configuration: Offers optimized torque amplification while maintaining compact dimensions — suitable for applications demanding both space-saving and power-density, such as packaging machinery and vertical conveyors.

Gear size X43N: Designed for mid-range industrial applications, combining durability and flexibility in operation across diverse installations.

High mechanical efficiency (94%): The gear's design minimizes energy loss, reducing operational costs and heat generation — a key benefit in continuous-duty environments.

Robust construction: All external parts in contact with process areas are made of stainless steel, improving resistance to wear and enhancing service life under frequent washdown conditions.
This industrial-grade stainless steel bevel gearbox is ideal for engineers seeking seamless integration into cleanroom settings or corrosive environments, where high mechanical performance, modular interface compatibility, and compliance with stringent cleanliness requirements is mandatory.