Motor automated production line, winding machine, magnetic insertion machine, magnetizing machine and other equipment common problems and solutions, covering the installation and commissioning, operation specifications, troubleshooting, maintenance and other core questions, professional engineers accurate answer, help quickly solve the equipment operation problems, improve production efficiency.
A motor technology with superior torque density and power density — why is the mainstream market still dominated by radial motors? A breakdown from three angles: talent pool, industrial inertia, and production-line sunk cost.
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When the air gap is compressed to the millimeter level, the motor interior soars from room temperature to over 100°C during operation; aluminum housing, steel shaft, copper wire, and magnets have different expansion coefficients, and axial deformation may widen the air gap.
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Magnetic flux must pass axially through the disc-shaped stator; traditional lamination stacking fails, and grain-oriented silicon steel ring-milled with slots destroys grain orientation. The stator and windings become the hardest nut to crack in axial flux mass production.
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The stator winding is exposed on a flat disc, giving a short heat path so oil or water cooling can be applied directly; however, large-diameter flat seals are more prone to leakage under hot-cold cycling, demanding higher sealing quality.
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The stator and rotor are separated by a sub-millimeter air gap, and there is an axial attractive force of several metric tons between the magnets on both sides and the iron core. If the force on the air gap becomes uneven, the attractive force on one side increases exponentially, posing a severe challenge to the rigidity of the bearings and the housing.
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While new energy vehicles and robots are stealing the spotlight, industrial applications such as elevator traction machines, fans, and water pumps are quietly adopting axial flux motors. Here, the focus isn’t on flashy specifications, but on electricity bills and reliability at scale.
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While new energy vehicles and robots are stealing the spotlight, industrial applications such as elevator traction machines, fans, and water pumps are quietly adopting axial flux motors. Here, the focus isn’t on flashy specifications, but on electricity bills and reliability at scale.
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While new energy vehicles and robots are stealing the spotlight, industrial applications such as elevator traction machines, fans, and water pumps are quietly adopting axial flux motors. Here, the focus isn’t on flashy specifications, but on electricity bills and reliability at scale.
View Full Version
While new energy vehicles and robots are stealing the spotlight, industrial applications such as elevator traction machines, fans, and water pumps are quietly adopting axial flux motors. Here, the focus isn’t on flashy specifications, but on electricity bills and reliability at scale.
View Full Version
While new energy vehicles and robots are stealing the spotlight, industrial applications such as elevator traction machines, fans, and water pumps are quietly adopting axial flux motors. Here, the focus isn’t on flashy specifications, but on electricity bills and reliability at scale.
View Full Version
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