Industry
Thermal Safety and Reliability Must Be Designed In Early
Compact, often patient-contacting medical electronics have to meet strict skin-temperature limits alongside reliability requirements that leave no room for thermal surprises after regulatory submission.
Why thermal decides the outcome here
Patient-contact temperature limits are hard regulatory boundaries, not design targets to approach. Diagnostic equipment packs increasing compute into smaller housings, and thermal margin is what keeps that equipment both safe and dependable through its service life.
Engineering Challenges
- Embedded electronics in compact medical housings
- Patient-contact surface temperature limits
- Diagnostic equipment heat density
- Passive cooling in sealed or wipeable enclosures
- Reliability evidence for regulatory submission
Dominant Thermal Physics
- Enclosure surface temperature and skin-contact heat transfer
- Passive natural convection in sealed housings
- PCB-level component hotspot formation
- TIM performance in compact stack-ups
Applicable Standards
- IEC 60601-1 (surface temperature limits)
- ISO 14971 (risk management)
Recommended Measurement Hardware
Simulation shows the design. Measurement proves it.
ROIfast™ Services
Paid engineering engagements for this industry.
- 01
IEC 60601-1 surface-temperature simulation and validation
- 02
Compact enclosure thermal design review
- 03
Component-level T3Ster characterization for reliability evidence
Related workflows
Design to patient-contact temperature limits, not around them.
Talk to a thermal specialist about surface-temperature validation for your device housing.
Talk to a Thermal Specialist →