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We've found that teh real challenge isn't just getting a reading—it's getting a stable one on someone who's moving or has poor perfusion, like in neonatal or shock cases.
Basically, it handles that by running specialized algorithms that filter out motion artifacts, which we've tested ourselves with adult and pediatric patients, and it holds up pretty well even when conditions aren't ideal.
You're looking at a measurement range of 0-100% for SpO2 and 0-254BPM for pulse rate, with accuracy pegged at ±2% for the 70-100% saturation band and ±3BPM on pulse, and the resolution for both is 1% and 1BPM respectively—so it's fine for routine monitoring, but don't expect it to replace an arterial line for critical decisions.
dimnesions are 45×33×45cm on the module itself, and it ships with CE certifcation; we usually have these in stock, but confirm lead time if you need more than 50 units or so.
Also, it outputs perfusion index as a separate parameter, which a lot of buyers don't ask about but find useful for assessing tissue perfusion trends—most go with the 10mg version of the sensor, but that's a different part number.
One thing it's not great for is high-precision research where you need tighter than ±1% accuracy, but for clinical monitoring in an OR or ICU, it does the job without fuss.
Our MOQ is 10 units per order, but we can be flexible for sample orders or trial runs.
Lead time is typically 7-15 days from order confirmation, depending on stock levels.
Yes, CE certification documents are included with every order, covering the module's compliance.
We can adjust the firmware for adult, pediatric, or neonatal settings, but the hardware specs and accuracy remain standard.
Store it in a dry environment between -10°C and 50°C. Shelf life is 2 years from manufacture if kept in original packaging.
