Advanced Flyer Winding Machines
The DAW is Odawara’s most advanced armature winder, designed for universal two-pole armatures. It provides tooling flexibility; fast, efficient, accurate winding; improved wire termination; user-friendly programming; and easy setup and adjustment with a tool-less changeover.
- Tooling Flexibility
- Fast & Accurate Winding
- User-Friendly Programming
- Superior After-Sales Service
| Wire AWG: | 17 – 35 |
|---|---|
| Maximum Stack Length: | 100mm |
| Maximum Stack Dia.: | 70mm |
| Maximum Commutator Dia.: | 35mm |
| Maximum Flyer Speed (1:1 pulley ratio) | 3000rpm |
These are typical product sizes. The capability of the machines to manufacture each stator depends on a number of factors including end turn dimensions, winding pattern, bus bar design, etc. Please contact an Odawara sales representative with your unique requirements.
Products Using a Flyer Winding Machine
| Automobiles | Windshield wiper, power window, blower, radiator cooling fan, EPS, ABS/ ESC, etc. |
|---|---|
| Household Electrical Appliances | Vacuum cleaner, washing machine, juicer, mixer, shaver, dryer, etc. |
| Industry, Medical Equipment | Power tool, robot, pump, etc. |
| OA/AV Equipment | Printer, copy, fax, HDD, DVD/CD, etc. |
Typical Armature Line Structure
OPS-8AE
Stack/Shaft/Tube Press Machine (8 stations)
OCM-B2A
End Fiber Placer
OCP-B2A
Commutator Press Machine
OCM-C3A, C38
Slot Cell Insulating Machine (optional Servo Drive)
DAW-500/625 Series
Flyer Dual Winder
daw2
OCFD-510
Horizontal Commutator Fuser
OWM-B3A
Armature Wedger Inserter
OCL-D4H, 1SA
Commutator Lathe, Walking Beam, Servo
Stator Tester
Automation and Material Handling
Increase efficiency even further with automation and material handling solutions by Odawara Automation. Our services include:
- Material Handling
- Dunnage Load/Unload
- Automated Machine Load/Unload
- Robotic Systems
- Test Equipment
- Part Transfer Systems: Conveyors and Transfer Pallets
- Vision/Inspection Systems
- Quality System Integration: Manufacturing Operating Systems (MOS) and Manufacturing Engineering Systems (MES)
