Sterile processing that works without reliable power
editorialManufacturing & Supply · nothing open · hardest part: engineering, regulatory, distribution
Locally made devices are useless if they cannot be sterilised. Autoclave availability and validation, not device design, is often the real constraint on surgical capacity.
This is editorial, not a record. Registry entries are cited facts about things that exist; an opportunity is our argument about something that does not. The links to existing work are checked against the catalog — the judgment around them is ours, and you should disagree with it where you know better.
Sterilisation is unglamorous and rarely the subject of open projects, but it gates everything downstream: a device that cannot be reprocessed cannot be reused, and a sterilisation cycle that cannot be validated cannot be trusted. Commercial autoclaves assume stable three-phase power, treated water, and a service contract. There is little commercial incentive to design for the absence of those.
An open steriliser design with an actual validation method — cycle monitoring, biological indicators, and a record a surgeon can rely on — that tolerates intermittent power and untreated water. Open protocols for reprocessing specific locally manufactured items, so a device design ships with its reprocessing procedure rather than assuming one.
Surgical and dental care anywhere the power is intermittent. This is also the precondition for most other open device work reaching patients at all.
Nothing in the registry addresses this. That may mean the gap is real, or that our catalog has a hole — tell us if it is the second.
None cited. Everything above is either reasoning about market structure or a claim you should check yourself. Where we could not source a number, we left it out rather than estimating one.
Last revised 2026-08-05.