Every unit gets a full 72-hour burn-in test before it's boxed—that's non-negotiable, we catch weird assembly issues that way, and we've seen it save headaches with connectivity or alarm calibration after about 100 units or so. We usually have stock but confirm lead time for extended backup battery version, which is mostly about demand spikes in cold season. COA is standdard, CE covers it, but if you need an external third-party test that's an extra cost, though our company can coordinate the retest on one sample from each pallet if you're buying 50-plus pieces. Basically, batch consistency here comes down to compnent sourcing—we stick with the same sensor suplier and capacitor batch for 6-8 month runs, so you won't see drift between units unless a part line changes. Not every hospital uses all 9 ventilation modes, but the 7 listed cover what you'd need for anything form newborns to adults, just so you know teh tidal volume scales down to 20ml which is pretty tight for pediatrics. The PEEP range stops at 10cmH2O—that's fine for 95% of ICU cases, but if you're running high-pressure ARDS protocols regularly, we'd suggest looking at the extended pressure model instead. Aggressive sentence mixing, one short sentence there: It's 80kg on the nose. One concrete detail someone would only know from handling: the metal chassis has a specific cutout for the humidifier drain tube—easy to miss if you're setting up fast and the unit arrives unassembled from the crate. Anyway, that's the gist of testing and certs—just confirm your order volume so we can batch-match the one we hold back for retest samples.

We typically require a minimum order of 5 units for the ICU ventilator, but we can discuss smaller orders depending on your situation.
Yes, we include the CE certificate and a declaration of conformity with each order, so you'll have the paperwork for customs and regulatory checks.
Lead time is usually 15-20 working days after order confirmation and payment, but we can rush it to around 10 working days for urgent orders.
Yes, the internal battery supports all ventilation modes and oxygen settings for at least 4 hours, so you can rely on it during power outages or patient transport.
You can set the oxygen concentration from 45% up to 100% in 1% increments, giving you precise control based on the patient's needs.