Product Features

Applicable to ultrasonic detectors, diagnostic analyzers, defibrillators and laser therapeutic devices. The circuits deliver high-precision signal transmission and minimal noise interference, operating steadily within 0℃ to 70℃. Equipped with reliable electrical isolation performance and human-friendly biocompatibility, they guarantee accurate data collection and safe energy output during examination and treatment, and support non-stop daily clinical operation of medical equipment.

Technical & Technological Advantages

Adopt low-loss high-frequency circuit design to reduce signal attenuation and improve diagnosis precision; separate signal circuit, power circuit and grounding wiring to suppress external electromagnetic interference; integrate multi-layer protection against overvoltage, overcurrent and electric leakage to avoid operational risks; adopt medical safe materials to prevent skin irritation and adverse reactions; optimize signal conditioning technology to capture faint human physiological signals accurately.

Application Scenarios

Imaging diagnostic instruments help doctors observe internal tissue structures and judge physical conditions; in vitro detection devices complete rapid analysis of blood and body fluid samples; emergency therapeutic instruments implement rescue treatment for critical symptoms; minimally invasive medical devices reduce wound damage and improve treatment efficiency.

Production & Application Challenges

Medical qualification certification has strict evaluation standards and long inspection cycles, raising research and manufacturing costs; weak physiological signals are easily disturbed by surrounding equipment, increasing circuit debugging difficulty; components contacting human body need to meet high biocompatibility requirements; long-term continuous operation puts forward harsh demands on overall equipment stability.