iso slot insulation machine

Electric Motor Winding Machine for Big Electric Motors / AC / DC The coil inserting process is generally the most time consuming element in the manufacture of a stator for an electric motor. It is equally important that the coils are well protected during coil insertion process. In order to offer our customers the perfect solutions, SMT well constructs its machines, even the tooling, which is manufactured to an extremely high standard and well polished and treated to give

Combined Wire Saving Efficient Coils Winding Insertion Machine SMT-KW300 1) Capable of automatically pulling the static coil and paper into the static slots for one time. 2) Capable of modifying the parameters on the touch screen, with the automatic paper feed mechanism capable of fixed-length paper feeding, molding, cutting and inserting into the paper base of the coil inserting mold. 3) All welding with the steel plate, the machinery body has wonderful stability; the

Winding Inserting Machine Electrical Motor / Permanent Magnet Motor Based on your production needs. 1. Design the suitable product or production line for you ,OEM and ODM available. 2. We have professional and rich experience engineers in the domestic and overseas. 3. We will wind and test the samples in our plant before delivery. (1) Main Technical Features Model SMT-QX10 Stator I.D 110-210mm Stator O.D ≤260mm Core Length ≤250mm Tooling stroke ≤90mm Compatible wire CU/AL

Coil Forming Machine Automatic Motor Stator Metal Wire SMT - ZJ160 Stator Winding Middle Forming Machine is driven by hydraulic system; PLC programming;individual guard teeth in each slot settles fied wire and jump wire to ensure the reliability of electrical leakage distance; whole schematic design of inner expansion, outer wrapping and edge forming ensures appropriate winding outside dimension. Middle forming is done after winding inserting but before winding lacing. (1)

Customized Motor Stator Automatic Manufactory Production Assembly Line (1) Main Technical Features Model SMT-QX10 Stator I.D 110-210mm Stator O.D ≤260mm Core Length ≤250mm Tooling stroke ≤90mm Compatible wire CU/AL Slot number range 24-48 slots Power supply 380V/50/60Hz 6.5Kw Weight 1160kg Dimension (L)2370×(W)1260×(H)1710mm (2) Application The products are mainly applied in new energy automobile motor, servo motor, generator, three-phase motor, pump motor, compressor motor,

Economic Type Fan Cooler Motor Stator Coil Forming Machine SMT - KZ160 After coil insertion process, the upper and bottom side of coil will not be the same shape. Therefore, coil forming will be needed before next process. After forming, the coil will be expanding and easy for the next time insertion. Both slot paper and wedge should not be damaged or turned over. The stator should not be deformation or stator lamination should not be upward. There is no wire enamel broken.

Electric motor stator coil forming machine/copper / aluminum wire/motor manufacturing Stator Winding Middle Forming Machine is driven by hydraulic system; PLC programming;individual guard teeth in each slot settles fied wire and jump wire to ensure the reliability of electrical leakage distance; whole schematic design of inner expansion, outer wrapping and edge forming ensures appropriate winding outside dimension. Middle forming is done after winding inserting but before

Stator coil shaping machine middle forming machine This machine adpots flexible principles of inner expansion, out wrapping and edge forming to form the stator coil. It can ensure appropriate winding outside dimension after lacing. Both slot paper and wedge should not be damaged or turned over. The stator should not be deformation or stator lamination should not be upward. There is no wire enamel broken. (1) Main Technical Date Model ZJ300 Stack height 70- 250mm Stator I.D

Coil Forming Machine Automatic Motor Stator Metal Wire SMT - ZJ160 Stator Winding Middle Forming Machine is driven by hydraulic system; PLC programming;individual guard teeth in each slot settles fied wire and jump wire to ensure the reliability of electrical leakage distance; whole schematic design of inner expansion, outer wrapping and edge forming ensures appropriate winding outside dimension. Middle forming is done after winding inserting but before winding lacing. (1)