I will design advanced pulse oximeter pcb and wearable prototype

HELLO AND WELCOME!

Developing an accurate pulse oximeter requires far more than integrating an optical sensor. It demands expertise in analog front-end design, photoplethysmography (PPG) signal acquisition, low-noise PCB layout, LED drive optimization, ambient light rejection, ultra-low-power architecture, and embedded system integration to achieve stable and reliable SpO and pulse rate measurements.

I specialize in designing advanced wearable pulse oximeter hardware for medical research, healthcare devices, IoT wearables, and commercial product development.

What I Will Provide;

• Custom electronic schematic design
• Advanced pulse oximeter PCB layout
• PPG sensor integration (MAX30102, MAX86141, MAX86176, etc.)
• Low-noise analog front-end optimization
• STM32, ESP32, nRF52 MCU integration
• BLE/Wi-Fi connectivity

Why Choose Me?

1. Specialized in wearable medical electronics
2. Strong expertise in biomedical PCB design
3. Optimized low-noise signal routing
4. Compact wearable hardware layouts
5. Production-ready manufacturing files
6. Fast communication and timely delivery

Let's turn your pulse oximeter idea into a production-ready wearable. Message me today for a custom solution and free consultation!!!!