Clean-Geartech is a specialized manufacturer of high-performance transmission systems developed for demanding industrial environments. Known for precision, robustness, and corrosion resistance, Clean-Geartech products are engineered specifically for food processing, pharmaceutical, chemical, and marine industries, ensuring long service life and compliance with hygiene and safety standards.Product: Clean-Geartech X74N Bevel Gearbox with Hollow Shaft Ø40H7, 74.79:1 Gear Ratio, Stainless Steel AISI 316LMain Features and Technical Applications:
Stainless Steel AISI 316L Housing offers outstanding resistance to aggressive environments and chemical exposure — ideal for food, pharma, and marine-grade applications.

Hollow output shaft Ø40 mm (H7 tolerance) in stainless steel ensures precise fitment with minimal backlash, allowing easy integration in processing lines or conveyor systems.

High gear ratio of 74.79:1 provides significant speed reduction and torque multiplication, suitable for heavy-duty load handling and synchronized motion control.

Efficiency rating of 92% results in energy savings and optimal power transmission performance, contributing to reduced operational costs and thermal footprint.

Modular design with 80B14 input flange interface allows seamless mounting with IEC-standard motors, enabling flexible integration and quick motor replacement in industrial setups.

Four-stage bevel gear configuration ensures smooth power transfer with reduced noise and vibration, optimal for precision-driven automation systems.

Input shaft diameter 19 mm designed for robustness and compatibility with standard couplings and torque arms.

Corrosion-resistant exterior and interior components allow for frequent washdowns and compliance with strict hygiene requirements in clean-room environments.

Compact gearbox size X74N provides high power density in limited-space installations, such as filling lines or compact drive assemblies.

Clean-Geartech's engineering expertise and precision manufacturing ensure long service intervals, operational reliability, and reduced maintenance downtime for continuous production environments.