Rotor Shaft Inserting

The Rotor With Shaft is a kind of widely developed and adopted motor design, also known as the magnetic pump rotor, compared with the ordinary motor, it adopts different design concept of the traditional motor. By dividing the magnetic circuit into three axial directions, the new motor utilizes a magnetic flux that passes along the axis instead of a radially distributed magnetic flux on the rotating rotor. The size of the flux increases with axial acceleration, and copper wire or alloy strips are wrapped around these axial fluxes, forming a shafted rotor.

The rotor motor with shaft uses new magnetic conductive materials and manufacturing processes to improve the efficiency and stability of the motor, and has the following characteristics:

High efficiency: Compared with ordinary motors, rotor motors with shafts can increase efficiency by more than 30% and produce less heat.

Lightweight: Its lightweight and compact design makes it suitable for space - and weight-constrained application scenarios with higher power density.

Low noise: The use of low noise technology, can reduce mechanical vibration and reduce noise, improve the reliability and stability of the motor.

High torque and power output: The motor uses advanced manufacturing processes and new magnetic materials, resulting in excellent torque and power output.

Process: The manufacturing of rotor motor with shaft has a unique process, which has made innovations and breakthroughs in motor structure design, selection of magnetic conductive materials, coil layout, casting and processing.

The rotor motor with shaft is widely used in machinery and equipment of machinery, automation, energy, metallurgy, aerospace and other industries, especially in the space and weight constrained environment has significant advantages. Compared with ordinary motor, rotor motor with shaft is more reliable, energy saving, space saving and durable.