• Manufactured by Clean-Geartech – a premium brand known for developing high-performance stainless steel gear solutions tailored for hygienic and demanding industrial environments, including food processing, pharmaceuticals, and chemical production. Their products are engineered for durability, hygiene, and corrosion resistance.

• Stainless Steel Housing (Material: AISI 316L) – Offers superior resistance to corrosion, chemicals, and cleaning agents, making the gearbox ideal for clean-in-place (CIP) applications and harsh environments where hygiene is critical.

• Hollow Output Shaft Ø25 mm, Tolerance H7, in Stainless Steel – Enables easy integration with driven shafts and couplings, reducing installation time and enhancing mechanical compatibility. The stainless steel construction improves wear resistance and ensures hygienic contact surfaces.

• High Gear Ratio of 177.3:1 – Provides significant torque multiplication while enabling compact system design, suitable for low-speed, high-torque applications such as conveyors, mixers, and dosing pumps in precision-driven environments.

• Compact Design, Gear Size X43N – Allows versatile installation in tight spaces, especially in modular machine configurations or equipment with restricted mounting options.

• Three-Stage Bevel Gear Technology – Delivers a smooth and stable power transmission path with low backlash, suitable for dynamic load conditions and applications requiring motion accuracy.

• High Efficiency of 94% – Minimizes energy loss and heat generation, boosting overall system efficiency and reducing energy costs during continuous operations.

• Input Shaft Ø11 mm – Compatible with standard motor couplings for seamless integration. This standardization supports reduced maintenance time and easier replacement.

• Motor Interface Size 63B14 – Ensures compatibility with a wide range of IEC standard electric motors, enabling flexible system design with quick connect/disconnect features.

• BCD Input: 75 mm / BCD Output: 90 mm – Standardized bolt circle diameters simplify mechanical mounting and interfacing with downstream systems and drive frames.