From infusion pumps and dialysis machines to ventilators and surgical tools — SMD sensors are embedded in medical equipment used by millions of patients worldwide. Every sensor is engineered to ISO 13485 standards.
Product Families
Ranked by relevance to medical device applications based on design-in frequency across IV, dialysis, ventilator, and surgical platforms.
Non-contact clamp-on flow sensing for IV pumps and infusion systems. No fluid contact — eliminates contamination risk and simplifies sterilisation.
Patient-safety-critical air bubble detection in IV lines, extracorporeal circuits, and cardiac bypass. Sub-millisecond response, non-invasive clamp-on.
Miniaturised load cells for surgical tools, haptic feedback, and gravimetric drug delivery systems. Autoclavable designs available.
Thin film pressure sensors for dialysis, ventilators, and patient monitoring. Biocompatible materials, long-term stability, and full traceability.
Precise temperature measurement for patient monitoring, drug storage, and lab equipment where ±0.1°C accuracy is non-negotiable.
Why SMD for Medical
Medical device OEMs require more than just a sensor supplier — they need a quality-certified partner who understands regulatory requirements, design validation, and long-term supply stability. SMD Sensors has operated as a trusted medical OEM component supplier for over 30 years.
Our ISO 13485 quality management system ensures every medical-grade sensor is designed, manufactured, and documented to meet FDA, EU MDR, and IEC standards. We provide full traceability, lot documentation, and change notification protocols as standard.
Medical device quality management
General quality management
EU compliance for medical devices
Restriction of hazardous substances
Applications
Ultra-precise flow sensing for drug delivery systems where dosing accuracy is life-critical. Our ultrasonic flow sensors detect flow rates as low as 0.1 mL/min with no fluid contact.
Continuous, reliable monitoring of dialysate flow and pressure throughout multi-hour treatment sessions. Sensors rated for sterilization cycles and aggressive cleaning agents.
Fast-response differential pressure sensors for breath detection and tidal volume measurement. Millisecond response times to track rapid breathing cycles accurately.
Miniaturized load cells and pressure sensors for surgical tools, lab balances, centrifuges, and fluid handling systems where precision and repeatability are non-negotiable.
Non-invasive pressure and temperature sensors embedded into wearable and bedside monitoring devices, providing continuous vital sign data streams to clinical systems.
Clamp-on ultrasonic bubble detectors protecting patients from air embolism in IV lines, extracorporeal circuits, and cardiac bypass systems.
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Our applications engineers work directly with your design team to select and validate the right sensor for your specific requirements — from prototype through full production.