BWED type cycloid reducer

BWED type cycloid pinwheel reducer is a kind of deceleration equipment widely used in industrial fields, which is characterized by compact structure, high transmission efficiency and smooth operation. The following is the detailed introduction of BWED type cycloid reducer:

Structure and working principle

BWED type cycloid pinwheel reducer is mainly composed of input shaft, output shaft, pinwheel, cycloid wheel, bearing, box and other components. Its working principle is to drive the needle wheel to roll on the cycloid wheel through the rotation of the input shaft, so as to realize the deceleration transmission. Due to the special design of the cycloid wheel, the needle wheel is able to realize a smooth transmission and produce a large torque output during the rolling process1.

Performance Characteristics

Smooth running: BWED type cycloid reducer adopts a unique design of the cycloid wheel, which greatly reduces the vibration and noise generated in the transmission process, thus realizing smooth running. This smooth running characteristic is important for ensuring the normal operation of mechanical equipment and improving production efficiency.

Compact structure: the reducer adopts a bipolar design, integrating two reduction mechanisms in one box, making the overall structure more compact. This compact structure design not only saves installation space, but also helps to improve the rigidity and stability of the whole machine.

High transmission efficiency: BWED type cycloid speed reducer adopts advanced transmission technology and high-quality material manufacturing, which makes the transmission efficiency up to more than 95%. This high transmission efficiency helps to reduce energy consumption and wear and tear of the equipment, and improve the service life of the whole machine.

Large torque output: Due to the special design of the cycloid wheel and high quality materials, the BWED type cycloid reducer is able to produce large torque output. This large torque output characteristic makes the reducer able to meet the transmission requirements under various heavy load and high speed working conditions.

High reliability: The reducer adopts high-quality bearings and seals and other key components, and undergoes strict quality control and testing to ensure its high reliability and stability. The reducer can still maintain good working performance and service life under the harsh working environment.