F-series parallel axis helical gear reducer

The F series reducer, manufactured in accordance with international technical requirements, has high technological content, saves space, is reliable and durable, has high overload capacity, can power up to 90KW, has low energy consumption, superior performance, and a reducer efficiency of over 95%. It has low vibration and noise, high energy saving, and is made of * * forged steel material and steel cast iron box. The gear surface is subjected to high-frequency heat treatment and precision machining to ensure the accuracy of shaft parallelism and positioning. All of these make up the reducer of the gear transmission assembly, which is equipped with various types of electrodes to form electrode integration, ensuring the quality characteristics of product use

Technical parameters:

Power: 0.12KW~200KW

Torque: 3N · m~22500N · m

Output speed: 0.06~370r/min

K-series helical bevel gear reduction motor

Overview: Spiral gears - bevel gears save space, are reliable and durable, have high overload capacity, power up to 200KW, low energy consumption, superior performance, reduction efficiency of over 95%, low vibration, low noise, rigid cast iron box, gear surface undergoes high-frequency heat treatment and precision machining to form helical gears and bevel gears

Technical parameters:

Power: 0.12KW~200KW

Torque: 10N · m~58500N · m

Output speed: 0.08~263rmin

R series helical gear hard tooth surface reducer

Compact structure, small size, stable operation, wide range of output speed selection, strong universality, efficiency up to 95%

Technical parameters:

Power: 0.12KW~160KW

Torque: 1.4N · m~23200N · m

Output speed: 0.06~1090r/min

S series helical gear worm gear reducer

The S series helical gear worm reducer not only has conventional characteristics, but also adopts a helical gear worm gear form, making the structure more rational. It not only changes the transmission efficiency and load-bearing capacity compared to single-stage worm gear transmission, but also reduces the space occupation area in the structural layout. At the same time, under similar volume conditions, it can obtain a larger transmission ratio, which is more conducive to equipment configuration. This machine can be combined with various reducers and gearboxes to meet different usage requirements.