This whitepaper from Kendrion explores how electromagnetic holding technologies support accurate positioning, controlled movement, and reliable operation in surgical robots and medical devices.
It compares the two main holding brake technologies used in medical applications, spring-applied and permanent magnet brakes, explaining how they work, where they are used, and the key considerations when selecting the right solution.
The guide also covers performance, reliability, and design factors that can influence medical device development, helping engineers make informed technology choices for precision applications.
Key Topics Covered
- Comparison of spring-applied and permanent magnet brake technologies
- How holding brakes are used in surgical robots and medical devices
- Performance factors including backlash, power density, and thermal behaviour
- Brake lifetime, testing, and reliability considerations
- Fail-safe operation and emergency stopping capabilities
- Design and selection guidance for precision medical applications
- Best practices for technology integration
Download Kendrion’s whitepaper to learn how to select and integrate the right holding brake technology for your application.
