FPV Drone Motor UAV Manufacturing Solution
Our Drone motor design and manufacturing line includes Stator assembly line, Rotor Assembly line, and Final UAV motor assembly line.
NIDE focuses on providing customers with one-stop motor manufacturing solutions. We have provided UAV motor stator and rotor assembly lines, UAV motor stator manufacturing lines, UAV motor outer rotor production lines, and UAV motor stator assembly lines for customers in different countries. Motor accessories, such as NdFeB magnets, bearings, shafts, motor casings, etc.
UAV Drone BLDC Motor Manufacturing Assembly Line Video
We can customize and develop UAV motor manufacturing equipment according to market and customer needs, and assist customers in developing UAV motor products that are small in size, light in weight, and powerful, covering aerial photography UAVs, FPV traversing UAVs, Agricultural drones, plant protection drones, single-rotor drones, multi-rotor drones, fixed-wing drones, etc.
UAV Motor Manufacturing Assembly Line Layout
1、Stator assembly line process
1.1 Stator powder coating
1.2 Iron core loading
1.3 Coil winding
Winding structure: The structure of the motor winding directly determines the efficiency of the motor. A good winding structure can reduce the resistance when current is conducted and improve motor efficiency. The drone motor will generate a lot of heat when running at high speed. If the heat cannot be dissipated in time, the life and performance of the motor will be affected. Therefore, some heat dissipation measures need to be taken, such as installing heat sinks and adding heat dissipation holes. At the same time, choosing a high-quality motor can also improve the heat dissipation effect. When producing brushless motors for drones, the winding process is very important. If the winding effect is not good, it will directly affect the use of the drone. Nida's drone motor outer rotor winding machine adopts automatic winding machine technology to meet the needs of winding multiple motor products at the same time, with high efficiency and high precision.
1.4 Striping
1.5 Soldering and heat shrink tube
1.6 Stator test
1.7 Stator ID gluing
1.8 Flange shaft and stator assembly (Include flange shaft and bearing pressing)
1.9 Stator curing
2、Rotor Assembly line process
2.1 Shaft and rotor housing assembly
2.2 Gluing and magnet inserting
2.3 Rotor curing
2.4 Runout inspection
2.5 Rotor balancing
2.6 Surface magnet inspection
3、Final assembly line process
3.1 Stator and rotor assembly
3.2 Ring, circlip assembly
3.3 Heat shrink tube assembly
3.4 Torque test
3.5 Aging
3.6 Laser marking
3.7 Packing
