I will design spo2 pulse oximeter wearable pcb with bluetooth
pcb design embedded system and firmware development
Über diesen Service
HELLO AND WELCOME!
Reliable pulse oximetry depends on much more than selecting an SpO sensor. Achieving accurate oxygen saturation and heart rate measurements requires careful optical sensor integration, low-noise analog front end design, precise LED drive circuitry, synchronized photodiode acquisition, low-power embedded architecture, and a Bluetooth communication system optimized for wearable applications. I specialize in wearable medical electronics that combine precision biosensing, Bluetooth Low Energy (BLE), efficient power management, and embedded firmware into reliable, manufacturable products.
What I Will Provide;
- Complete schematic design
- Professional PCB layout
- Wearable SpO hardware design
- Bluetooth Low Energy (BLE) integration
- Optical sensor interface design
Why Choose Me?
- Specialized in wearable medical electronics
- Strong experience in BLE hardware design
- Expertise in embedded firmware development
- Low power wearable optimization
- High quality PCB layouts with excellent signal integrity
Let us build your next Bluetooth enabled pulse oximeter or wearable health device with professional hardware engineering. MESSAGE ME NOW AND LET US GET STARTED!!!!!!
Dateiformat:
Gerber
•
STEP
•
•
ODB
Software:
Allegro
•
Fusion 360
•
KiCad
•
AutoCAD
Interface:
I2S
•
I2C
•
PCIe
•
Wi-Fi
•
BLE
•
BT
•
GSM/GPRS
•
LTE
FAQ
Can you design complete pulse oximeter hardware?
Yes. I design the schematic, PCB layout, Bluetooth hardware, power management, and embedded firmware for wearable SpO2 devices.
Which SpO₂ sensors do you support?
I can integrate popular sensors such as MAX30102, MAX30105, MAX86141, MAX86150, AFE4404, AFE4490, and other optical biosensor solutions.
Do you develop embedded firmware?
Yes. I develop firmware for SpO2 measurement, heart rate detection, Bluetooth communication, battery management, sensor drivers, and low-power operation.
Will the PCB be ready for manufacturing?
Absolutely. You will receive Gerber files, BOM, Pick and Place files, assembly drawings, and complete production documentation.
Can you design ultra-compact wearable PCBs?
Yes. I specialize in compact multilayer PCB layouts for smart rings, wristbands, adhesive patches, and portable medical devices.

