Hybrid biomedical cable designs combine electrical conductors with non-electrical components into a single, integrated assembly. These constructions reduce cable bulk, simplify routing, and improve reliability in medical applications where multiple functions must move together.
Common Hybrid Elements
Hybrid biomedical cables may incorporate:
- Air or fluid tubes
- Strength members such as Kevlar or textile fibers
- Fiber or textile cores
These elements are integrated to maintain consistent mechanical behavior.
Design Considerations
Hybrid designs require careful coordination of materials and geometry.
- Balanced construction to preserve flexibility
- Controlled geometry to prevent internal stress
- Material compatibility across components
- Stable flex behavior under repeated motion
Typical Applications
- Audiometric and respiratory monitoring
- Patient monitoring and diagnostic equipment
- Wearable and portable medical devices
Materials and Compliance
Hybrid biomedical cables may use:
- High strand-count or tinsel conductors
- Soft PVC, TPR, polyurethane, or fluoropolymer materials
- FDA Class VI, RoHS-, and REACH-compliant compounds
Compliance requirements are confirmed during engineering review.
Engineering Support
Gavitt works with customers to evaluate functional, mechanical, and compliance requirements and develop hybrid biomedical cable designs suited to each application.