3D laser profiling locates stator plug-in coil free ends before and after welding to improve alignment accuracy and weld seam quality.
Pre-loading the second bearing with a holder and press-fit shaft suppresses vibration and creep noise in a piston pump motor.
Rotatable positioning members align stator coil ends in rows, cutting manual joining time while maintaining assembly quality.
A modular deflector cover switches rotating electric machines between self-ventilated and forced cooling while cutting installation cost.
Using the rotor's own magnets for axial magnetic sensing removes separate position magnets, simplifying rotary machine structure and manufacture.
Radial alignment and compaction shorten winding free ends for welding, reducing space occupation while improving clamping strength and fault resistance.
Magnetically stacked rotor and stator parts simplify axial flux machine transport and create the operating air gap during installation.
Meshed hook-shaped coil ends enable low-power laser welding without precise jigs, reducing insulation rework and improving stator assembly reliability.
A programmable pusher aligns and bends hairpin terminals in a slotted core to improve winding coupling precision without slowing production.
A widened fitting portion and narrower clamping portion spread stator conductors for gap-free contact and more reliable welding.
Shorter outermost and innermost coil protrusions open radial access to intermediate stator connections, easing busbar joining and laser work.
A movable rod beside the winding nozzle adjusts wire reformation to suppress lift and bulging on rectangular magnetic poles.