high efficiency coil winding inserting machine

Strong and Durable Automatic Stator Winding Machine / Coil Winding Machine SMT - DR450 (1) Description Model R650 Swing diameter ≤450mm Effective length of the tooling ≤400mm Parallel wire number ≤16pcs Wire diameter 0.3-1.2mm Wire arraying width 400mm Power supply 220V/50/60Hz 2.2Kw Machine weight 950kgs Air Pressure 0.4-0.6MPa Machine dimension (L)1500*(W)1700*(H)1550mm (2) Application This machine is suitable for 2 poles, 4 poles and 6poles coils winding. (3) Machine main

Auto Stator Coil Winding Machine for Electric Motors with Much Broader Scope SMT-LR150-II Equipped with one winding head and two stations with turntable structure. It can wind coils directly and orderly into transfer cup, which is controlled by six servo motors. If producing stator coils by this kind of machine, it will be eaiser to insert coils of stators with high slot fill factor & small slot opening width. To some degree, it can save labor effecitvely. (1) Technical

Full-auto Stator Coil Winding Machine for Normal Washing Machine Motor SMT-QLR70 Equipped with four winding heads and eight working stations with turntable. It can wind coils directly and orderly into transfer cup, which is controlled by six servo motors. If using vertical coil winding machines to wind coils, It will be convenient for inserting the coils of stators with high slot fill factor and small slot opening width. So it can save labor effecitvely. (1) Technical

Electric Car Motor Automatic Stator Coil Winding Machine SMT-WR100 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, Nide well constructs its machines, even the tooling, which is manufactured to an extremely high standard and well polished and treated to give

Horizontal Induction Motor Coil Winding Machine 0.3-1.2 mm Wire Diamete The coil insertion process might be the most time consuming factor in the production of a motor stator. SMT's coil inserter takes the headache out of manual coil insertion. 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 perfect results. (1) Main Technical

Paper Polyester Inserting Machine / DC Motor Forming and Cutting Machine SMT - CD150 (1) Main Technical Information Item Data Model CD150 Suitable paper roll width 10~100mm Suitable paper thickness 0.15~0.35mm Feeding length 10~200mm Folding width 2~5mm, adjustable Cutting speed About 120 pieces per minute Folding & cutting precision 0.2mm Power supply 220V, 50/60Hz, 0.5kW Machine weight About 160kg Dimension (L x W x H) 500 x 900 x 1200mm (2) Application Insulation paper

Fan Motor Stator Semi-Automatic Coil Winding Forming Machinery SMT-ZZ160 Motor Stator Coil Winding Final Forming Machine Copper Wire / Aluminum Wire SMT-ZZ160 This machine expands the inserted coil to leave space for the next one, ensuring efficient multi-layer stator winding insertion. Hydraulic system driven for powerful operation PLC programming for precise control Tolling expansion slice creates space for successive coil insertion Maintains inter-phase insulation paper

Slot Insulation Paper Polyester Inserting Machine DC Motor Armature Forming and Cutting Machine (1) Main Technical Information Item Data Model CD150 Suitable paper roll width 10~100mm Suitable paper thickness 0.15~0.35mm Feeding length 10~200mm Folding width 2~5mm, adjustable Cutting speed About 120 pieces per minute Folding & cutting precision 0.2mm Power supply 220V, 50/60Hz, 0.5kW Machine weight About 160kg Dimension (L x W x H) 500 x 900 x 1200mm (2) Application Electric

Motor Stator Coil Winding Machine Copper Wire / Aluminum Wire SMT-ZZ160 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.