What is robotic surgery? How should an infusion pump or a mass spectrometer fit into a connected hospital? Here's a practical checklist for evaluating medical device technology without falling for marketing jargon.

Let's be honest: most medical device checklists are product brochures wearing disguises. This one isn't.

I'm a clinical operations specialist at a hospital network. I've coordinated 300+ rush orders in 12 years, including same-day turnarounds for ICU and OR managers. I've seen good purchases and embarrassing ones. This checklist is what I use when I don't have time to be charmed.

I've seen this pattern many times. But when I say 'many,' I do not mean a few—I mean consistently across 300+ orders. So here's the short version for anyone searching for 'ConvaTec industry': ConvaTec is a medical device company with a broad portfolio—wound, ostomy, continence, and infusion care. ConvaTec digital transformation initiatives matter because these initiatives are moving a legacy company toward connected care. That is not a marketing point. It's a practical signal for anyone buying products for a hospital or clinic.

Here's the 5-step checklist. Step 3 is the one most teams skip.

1. Start with the workflow, not the spec sheet

Every medical device is an answer to a question. If you don't know the question, you're just buying an expensive ornament. I once watched a purchasing committee spend two months comparing pump features when the real pain point was medication library updates. No pump upgrade fixes that if the pharmacy workflow is broken.

Checkpoint: Can you describe the change in one sentence? If you can't, go back.

An infusion pump is a good example. The pump is only half the answer. The other half is how the drug library gets updated, how alerts connect to the EHR, and how nurses are trained. If the workflow isn't designed first, you will digitize chaos.

2. Calculate total cost over three years, not the purchase price

Cheapest is not cheapest. I'll say it slowly: lowest bid, highest cost. In my experience, the budget option has cost us more in roughly 60% of cases. That sounds like a made-up number, but I'm looking at our procurement files. The $200 you save on a pump becomes a $1,500 problem when it doesn't integrate and your biomed team has to build a workaround.

Every cost analysis I ran said pick the lower-priced pump. My gut said no. Something felt off. Turns out the low bid didn't include software support after year one. The numbers weren't wrong—they were just incomplete.

Total cost of ownership includes training time, consumables, downtime, feature licenses, and after-hours support. It also includes the cost of switching. If a vendor says 'fully integrated,' ask them to prove it. Per FTC guidelines (ftc.gov), claims need to be truthful and substantiated. Your procurement process should hold the same standard.

ConvaTec's broad portfolio can reduce some of those costs—fewer vendors, fewer logins, more standardized training. But broad is only useful if the products actually fit your workflow. Don't consolidate for the sake of consolidation.

3. Map the data and interoperability before you talk about features

This is the skipped step. Data integration is not an IT problem. It's a clinical safety issue. This sounds kinda obvious, but I've watched teams skip it for years.

The network outage in March 2023 changed how I think about device data. For 14 hours, we couldn't push medication library updates to our infusion pumps. That felt like an IT problem until we realized the old library was still running. No one had mapped the chain from pharmacy software to pump hardware. That chain is the product. Under FDA guidance on medical device cybersecurity (fda.gov), manufacturers are expected to consider security throughout the product lifecycle. That means interoperability is not an afterthought.

Here's a question I get a lot: what is robotic surgery? At the clinical level, it's a set of tools that helps surgeons operate with more precision through small incisions. At the operations level, it's a data machine. It records video, instrument usage, patient positioning, and more. If the OR can't store or export that data, you've bought a very capable island.

An infusion pump has a similar story. Modern pumps generate alarms, dose logs, and integration events. A mass spectrometer in the lab is different, but it's the same idea: it produces results that need to live in the patient record. When I compared an infusion pump and a mass spectrometer side by side—weird, I know—I finally understood why interoperability matters. The pump is cheap-ish and used constantly. The mass spectrometer is expensive and used in critical cases. The purchase criteria look nothing alike. But in a connected hospital, they both have to feed data somewhere. That's the part nobody puts in the spec sheet.

ConvaTec digital transformation initiatives point in the same direction. Connected care means the device isn't the end of the story. The data from the device is the beginning. So ask two questions: What data does this device produce? What system will consume it? If the vendor can't answer, walk away.

4. Run a dry run, not a pilot

Everyone says pilot. I prefer dry run because it sounds less permanent and more honest. Pick one real shift, one unit, and 48 hours. Put the device in the hands of actual nurses and doctors. Watch what happens.

During a dry run with a new wound care dressing line from ConvaTec, we discovered the applicator worked fine, but the storage location in the supply room was inconvenient. Not a product failure. But if we had bought in bulk, that inconvenience would have caused waste. The dry run saved us from a costly mistake.

Time pressure makes this even more important. Had 2 hours to decide before a grant deadline once. Normally I'd take a week, but there was no time. I ran a quick dry run during lunch instead. It wasn't perfect—it caught one fatal issue before we spent the budget. That was enough.

5. Write the exit plan before the purchase order

You're not buying a medical device for life. You're buying it for a few years, and then you need to leave. Exit plan questions: Is the data exportable? What happens if the model is discontinued? Are there proprietary consumables that lock you in?

If you're buying a mass spectrometer, the running cost depends on consumables and service contracts. If you're buying an infusion pump, the same logic applies to drug library updates and cable replacements. If the only way to get support is an annual subscription no one budgeted for, your cheap device is not cheap. Period.

Negotiate the exit before sign. That's not pessimistic. That's protecting your hospital from the CFO who says 'we can just switch' two years from now.

Three mistakes I still see

• Buying the cheapest unit because budget is tight. That's how you pay for the difference in overtime and risk.
• Skipping integration testing until go-live. The network will not magically connect.
• Assuming 'digital transformation' is someone else's job. If you don't ask for interoperability, you won't get it.

Is the premium option always worth it? No. But the lowest price is never the whole price. The next time someone tells you this is 'the same but cheaper,' smile and ask to see the service contract, the integration spec, and the exit plan. If they can't show you, you're not buying a product. You're buying a problem.

Verify current specs, prices, and integration capabilities with the manufacturer before you commit. And if you're in procurement, please stop asking for three quotes before you know the total cost of ownership. I've seen too many good products lose to cheap ones that cost the hospital twice as much later.