Prototyping plays a critical role in the design process and is fundamental to Windings’ commitment to concurrent manufacturing. Customers can work one-on-one with a Windings engineer during prototyping to review results and initiate changes. Prototypes can include anything from simple plastic printed components to test for fit between mating components, to a fully functioning motor assembly to test actual vs. predicted performance. During prototyping, numerous design iterations can be quickly and easily tested to ensure the best possible outcome. Unfortunately most companies don’t have the internal resources necessary to build and test prototype motors, and most motor manufacturers are not interested in low volume “custom” jobs. At Windings’ prototyping (innovation, build and test) is a core competency and is one of the reasons why we are a valued partner to our clients.
As the pressure to condense project schedules increases, so does the interest in rapid prototyping. Cutting days or even weeks out of a project schedule can have a tremendously positive impact on a project’s outcome. Winding’s willingness and ability to quickly build and test motors “from scratch” in low quantity can be a tremendous asset to our clients during the development phase of a project.
At Windings, prototyping (innovation, build and test) is a core competency and is one of the reasons why we are a valued partner to our clients. Typical client optimization goals include increased performance, manufacturability and reliability as well as reduced manufacturing cost. Our rigorous stage-gate review process includes a technical evaluation for manufacturability, cost trade-off analysis, design iteration documentation and management of solution implementation and innovation risk. In working with Windings, our clients have come to expect successful achievement of optimized goals, streamlined prototype-to-production transition, condensation of overall project schedule and reduced overall project costs.
- 3D printing
- Test fit of mating components
- Simulate manufacturing steps
- Develop / refine production tooling
- Laser cutting of stator laminations
- Hand winding of stator coils
- Custom machining and grinding of permanent magnet material
- Custom machining of rotors and other miscellaneous components
- Dynamometer test stands
- Speed-torque testing
- Thermal stress testing