We've been shiping these to small surgical centers and clinics for about a year now, and the main feedback is that the CMOS sensor holds up well in low-light environments — it's better than CCD for this specific use case, honestly.

DC12V at under 2W means you can run it off a basic power supply without worrying about heat buildup, and the 1-20 step brightness adjustment gives you pretty fine control during procedures where lighting changes constantly.

Lead time is roughly 25-30 working days on standdard orders, but we usually have stock for MOQs of 50 units or so — just confirm before you place the PO.

CE and ISO13485 are current, and we include a COA with every shipment; we've had one batch flagged for FCC compliance, but that was a labeling issue that's been resolved.

The freeze function is actually handy for documentation, though it's not something every buyer uses regularly — most just capture video through the CVBS output.

Payment terms are typically 30% deposit with the balance before shipping, and our company can do net 30 for established accounts after teh first order.
MOQ is 100 units for first-time orders. We can negotiate smaller trial batches if you're a clinic or distributor testing the market.
Yes, we provide CE, ISO13485, and FCC certificates with every shipment. Just let us know if you need copies for your local registration.
The sensor outputs a fixed 720P at 60fps, but you can switch the output to CVBS (1000TVL) via the interface if you need lower resolution for older monitors.
Stock orders ship in 3–5 days. For 500 units, production takes about 15–20 working days after payment confirmation.
Yes, you can switch between auto and manual white balance. Manual mode lets you dial in the exact color temperature you need during procedures.