
Transport and casualty ventilation for the emergency department.
The range above is an indicative planning figure taken from our own research, not a quotation and not an offer. buytogethr is pre-launch and has closed no pools.
This unit works away from wall gas and mains power: casualty, inter-hospital transfer, imaging trips and lifts. What is really being specified is an operating envelope - battery duration at a stated ventilation pattern, oxygen consumption and whether the unit entrains air or runs on cylinder oxygen alone, weight with battery and cylinder mount, and resistance to knocks and ingress. Quotes then vary on modes, non-invasive ventilation, paediatric range, display readability in daylight, and mounting hardware. The characteristic error is to choose it on a mode list as though it were an ICU ventilator, and to discover afterwards that cylinder consumption or battery life will not cover the journey, or that trolley and ambulance brackets were never quoted.
It pools moderately well rather than ideally, and it is fair to say so. The specification turns on a few physical parameters, which makes a common requirement easy to draft, and most hospitals with an emergency department or an ambulance need one or two units. But one or two is the problem: the volume exists only if many institutions join, and mounting hardware varies by vehicle and trolley. The workable pooled scope is the ventilator, batteries, circuits and service terms, with brackets and cylinder hardware as priced options. Running it as a second lot alongside the ICU ventilator requirement is usually the practical route.