OEPL provides precision thermal management and power conversion solutions specifically engineered for the unique challenges of the medical devices sector.
Our engineers specialize in custom thermal and power designs for Both partners. Discuss your specs with us today.
Phase 2 Engineering Support →The Challenge: An OEM designing battery-operated, portable EKG and patient monitoring devices required an ultra-compact power solution that strictly adhered to IEC 60601-1 3rd Edition medical safety standards for patient contact (2x MOPP).
The Solution: OEPL provided custom Medical-Approved SMD DC-DC Converters. These modules offered 6000VDC reinforced isolation with less than 2µA of leakage current, ensuring absolute patient safety while taking up minimal space on the densely packed PCB.
The Result: The OEM successfully passed FDA and CE medical certifications on their first attempt, accelerating their time-to-market by 4 months.
The Challenge: Precision surgical lasers require exact temperature control; microscopic deviations can alter the laser's wavelength, rendering it ineffective or unsafe. The client's existing cooling loop controls were failing prematurely.
The Solution: We integrated OEPL's high-precision Electronic Temperature Controls paired with ultra-stable NTC Thermistors. This closed-loop system monitored the coolant fluid with 0.1°C accuracy, feeding data back to a robust digital panel meter for the surgical team's real-time observation.
The Result: The surgical laser's MTBF (Mean Time Between Failures) increased by over 300%, drastically reducing expensive emergency maintenance calls for hospitals.
Our comprehensive range of precision components and thermal management solutions is engineered to meet the highest industry standards. Designed for mission-critical applications, these products ensure optimal performance, reliability, and longevity in demanding environments. Whether integrated into advanced medical devices, rugged industrial automation systems, or high-efficiency renewable energy infrastructure, our components deliver uncompromising stability under fluctuating thermal and electrical conditions.
Adhering strictly to global safety and environmental directives, our product lineup is fully compliant with RoHS and REACH regulations, ensuring minimal environmental impact and maximal operational safety. We utilize advanced manufacturing processes to achieve tight tolerances and superior thermal dissipation characteristics. Features include ultra-low electromagnetic interference (EMI), high dielectric strength, and broad operating temperature ranges designed to withstand extreme thermal cycling.
*For detailed dimensional drawings, absolute maximum ratings, and specific certifications, please refer to the individual product datasheets or contact our technical support team for customized engineering solutions.*