About BioDeviceHub
A technical reference you can verify.
BioDeviceHub exists because biomedical engineers waste too much time hunting across manufacturer sites, forums, and PDFs for one spec, one error code, one part number. We put it in one place, and we label exactly how sure we are about every piece of it.
What we do
Every device page brings together technical specifications, service documentation, typical failure modes, replacement parts, error codes, and safety recalls, organized so you can go from “what category is this” to “what's the part number” in a few clicks.
The catalog spans thousands of devices across every major clinical engineering discipline: imaging, ventilation, patient monitoring, sterilization, laboratory, surgical, and more.
Meet Bio
Bio is the AI assistant built into the site. It is not a general chatbot: it reads a device's own documented error codes, failure modes, replacement parts, service documents, guides, and FDA records, and answers from that, with citations back to what it used.
- ·It says when something is not in the data instead of guessing at it.
- ·It only covers biomedical and clinical engineering and this site, and it will not answer anything outside that.
- ·It never gives clinical, dosing, or patient-care advice. That is for clinical staff, not an engineering tool.
- ·It marks which of its answer is from a specific unit's manual versus general category reference, the same as the pages do.
Open Bio from any device page to ask about that unit, or from /assistant to ask about anything in the catalog.
Our sourcing standard
Two different kinds of information appear on a device page, and we never blur the line between them. Every failure mode, part, and PM task on the site carries one of these two labels:
- From this unit's manual
- Pulled from this exact device's own real service manual: a specific part number, error code, or documented failure, tied to this unit rather than its category.
- Category reference
- Typical failure modes, parts, and PM tasks for this class of equipment: real clinical-engineering knowledge, but general to the category, not verified against this specific serial number.
We'd rather show nothing than show something wrong. A section with no real data behind it is left off the page entirely instead of filled with a generic placeholder.
Where the data comes from
openFDA
Recalls, adverse events, and 510(k)/PMA registry records, synced live from the FDA's public API.
WHO MeDevIS
The World Health Organization's global medical device information system.
iFixit Open Biomed
Community-documented repair guides for biomedical equipment.
Manufacturer documentation
Service manuals, specification sheets, and schematics, linked directly from each device's own real publisher.
What we won't do
- ·Invent a spec, error code, or part number we haven't actually sourced.
- ·Show a fabricated rating, review, or price to make a device look better documented than it is.
- ·Assign a category or failure profile that contradicts the device's own real documentation.
- ·Send you to sign-in walls or dead ends when we can resolve and show the real document directly.
A living reference
The catalog grows and gets corrected continuously: new equipment, new manuals, new recalls, and fixes to anything we get wrong. If a device page doesn't look right, Bio on that page is the fastest way to ask a question grounded in its actual documentation.
- ·Every device page cites which of its content is unit-specific vs. category-general.
- ·Recall and safety data is synced live from openFDA, not manually curated.
- ·Documents open inline wherever their publisher allows it, with no unnecessary redirects.
Have a question about a device?
Ask Bio. It answers from the device's own documentation, with citations back to the source.