Medical technology: Medical innovations require the latest electric motors
In medical technology, the areas of application for highly efficient motors are unlimited. For example, as a fluid pump (blood or medication), as an electric motor in the body, for dosing during packaging, as drives for high-speed drills, and as drives for robot arms. This calls for creativity and the exploration of the feasibility of micro lamination stacks.

Developing innovations in medical technology with SWD
Motors need to become smaller and generate fewer losses so that they heat up less. The challenge: Every project has completely new parameters that have to be achieved. With our innovative strength and experience, we help you achieve success.
Here is some food for thought:
- Stators made of special materials with minimum losses and minimum heating
- Motors with maximum speeds
- High-efficiency motors
- Micro lamination stacks for micromotors
- Drives for liquid pumps
Customer projects in progress:
- Micromotors and microsegments
- Blood pumps on or in the body
- Robot drives for surgical robots
- Special drives for vibrating toothbrushes
- Drives for high-speed drills
- Lamination stacks for vibration drives
Applications in:
- Motors for drilling and grinding
- Implants with special materials
- Blood pumps as a heart replacement
- Vibration drives for toothbrushes
- and many new ideas in medical technology
Our specialist will be happy to answer any questions you may have.
Facts and Figures
- Micromotors and microsegments
- Special materials
- Minimum waste heat
- Maximum speed
- Special designs
Success stories
17.02.2026 - Lesezeit: < 1 Minute
Rethinking miniature drives for medical technology: Innovative laminated core packages enhance precision, smooth operation, and efficiency, enabling more powerful, compact, and thermally stable drive systems.
Read full article20.10.2024 - Lesezeit: < 1 Minute
For a customer in the medtech industry, SWD AG produces a high performance stator stack from NO10 material
Read full article15.03.2020 - Reading time: < 1 minute
The customer wants to further develop an existing micromotor for use in a body implant. Maximum efficiency and minimum waste heat are required.
Read full article


