Helical gear Motor Speed reducer F Series Flange Mounted Parallel Shaft Parallel Geared Motor Helical Speed Reducer

Description :

The F Series gear reducer is meticulously crafted to meet international technical standards, boasting a rich scientific and technological essence. This space-efficient unit guarantees reliability, durability, and exceptional overload capacity, supporting power outputs exceeding 90KW. With its parallel shaft helical design, this reducer showcases remarkable energy efficiency, surpassing 95% in performance.

Notable for its low vibration, minimal noise, and impressive energy conservation, this gear reducer features top-tier materials including high-quality steel and a robust cast iron casing. High-frequency heat treatment fortifies the gear surface, ensuring longevity and operational precision through meticulous shaft alignment and positioning accuracy. These elements culminate in a precision-engineered gear drive assembly, complemented by a range of motors for a seamless mechatronic integration, upholding the superior quality standards of our gear motor products.

Advantages of opting for the F Series gear reducer include its exceptional energy efficiency with a 95% efficiency rating, alongside its noise reduction, energy conservation, and premium material construction. This gear reducer is a space-saving, enduring solution with substantial overload capacity, supporting power outputs exceeding 90KW.

Characterized by a modular design, compact structure, lightweight build, and efficient heat dissipation, the F reducer offers versatile configurations and robust load-bearing capabilities. Utilizing alloy steel for shafts, renowned international and domestic brands for standard components like bearings and seals, and wear-resistant materials like alloy bronze for worm wheels, the F reducer ensures longevity and high performance.

The F Series gear reducer sets itself apart with its optimized worm design, hardened grinding processes, and wear-resistant steel components, elevating efficiency and extending operational lifespan for enhanced performance in low-speed transmissions