Zimmer Biomet Sports Medicine and Beyond: A 6-Step Medical Device Evaluation Checklist

I work in quality and brand compliance at Zimmer Biomet. I review product-related materials before they reach customers—IFUs, surgical technique guides, sales claims, procurement answers. Roughly 200 unique items per year. In 2025, I've already rejected about 11% of first submissions because the evidence didn't support the claim.

This checklist is for people buying medical equipment and clinical supplies. It works for sports medicine implants, mechanical ventilators, patient lifts, and clinical chemistry analyzers. For the record, I don't review ventilators or lifts—they're not core Zimmer Biomet products. But when our hospital partners ask me to stress-test any equipment purchase, I use the same framework.

Honestly, I'm not sure why those four categories show up together so often. My best guess is that procurement teams researching capital plans get assigned multiple categories at once. Either way, the same checklist works.

If you're a small dental practice buying one piece of equipment, this is probably overkill. But if you're a hospital, surgery center, or procurement team making capital decisions, here are six steps I recommend in order.

Who this checklist is for

This is for procurement teams, hospital purchasing committees, surgery center administrators, dental clinic managers, and clinicians who've been asked to be the 'technical person' on a buying group. If you're evaluating a Zimmer Biomet sports medicine implant, a mechanical ventilator, a patient lift, or a clinical chemistry analyzer, the sequence below will keep you out of most trouble.

The 6-step evaluation checklist

Here are the six steps, in the order I use them.

Step 1: Define the clinical use case before you compare products

Don't start with price or brand. Start with the question, 'What is this device for in our actual environment?'

• For a mechanical ventilator: patient population, care area, ventilation modes, volume/pressure requirements, battery backup, and alarm integration.
• For a patient lift: ceiling vs. mobile, safe working load, sling compatibility, and bariatric capacity.
• For a Zimmer Biomet sports medicine product: procedure type, fixation method, whether you need resorbable options, and the surgeon's preferred technique.
• For a clinical chemistry analyzer: test menu, sample types, throughput, and who will operate it.

If the clinical use case isn't clear, every later step turns into an opinion contest. In my opinion, that's how budget overruns happen. A vendor's default configuration becomes the spec, and you only notice later that it wasn't built for your patient mix or your staffing model.

Step 2: Confirm the regulatory classification and intended use

Device regulation is not admin busywork. In the U.S., the classification determines whether the product needs FDA 510(k) clearance or premarket approval. FDA databases and the manufacturer's intended use statement are the starting points.

While I'm here: if someone searched 'what is clinical chemistry,' this is the part that matters. Clinical chemistry is the lab discipline that measures components in blood, serum, urine, or other body fluids—glucose, cholesterol, liver enzymes, electrolytes. A clinical chemistry analyzer automates those measurements. The procurement question is not just 'what is clinical chemistry?' It's 'what tests and sample types does this analyzer need to handle, and what is it labeled for?' Use the label, not the sales presentation.

Don't assume a ventilator with an ICU label can be used for home care. Intended use is a legal boundary, not a suggestion. The same logic applies to implants and surgical instruments: check approval scope, sterilization compatibility, and contraindications in the label.

Step 3: Write measurable specs—and measure them the same way

'High quality' is not a spec. 'User-friendly' is not a spec. Write numbers, capacities, timeframes, and test methods.

I assumed once that 'same specifications' meant same results across two vendors. Didn't verify. Turned out each vendor measured their spec differently. One rated a lift's safe working load under static conditions; the other rated it during movement. The 'equal' product didn't pass our loading test.

Build a comparison matrix with the same units for each vendor. If one uses kilograms and another uses pounds, convert them before you compare. If one says 'average battery life' and another says 'minimum battery life,' know which one you're taking into the negotiation. For every spec, ask: 'How do you measure this, and can I see the test method?' If the vendor can't answer, that's a red flag.

Step 4: Read the IFU and surgical technique before you talk price

This is the step most teams skip. They negotiate price, sign the contract, and read the instructions for use later. If you ask me, that's a huge mistake.

The instructions for use tell you what the device is for, what it isn't for, materials, storage, cleaning, and reprocessing instructions. For Zimmer Biomet sports medicine products, you can find the IFU and surgical technique guide before a sales rep even visits. Use them as your checklists.

For a mechanical ventilator, check how internal filters are cleaned, how long the battery lasts under ventilation, and whether alarm settings can be standardized across units. For a patient lift, check the sling compatibility list and the floor clearance. These details rarely appear in a one-page brochure.

Also look for proprietary requirements. If the IFU says the device only works with a specific instrument set, that will affect your budget down the line. It's not automatically a reason to reject it, but you need to know before you price it.

Step 5: Demand evidence behind claims

Marketing materials in medical devices need to follow FTC guidelines (ftc.gov), which require claims to be truthful, not misleading, and substantiated with evidence. But 'substantiated' doesn't mean 'a sales rep said so.' Ask for the data.

If a rep says 'most surgeons prefer this,' ask for the survey. If a brochure says 'reduces OR time,' ask for the study and the patient population. If it says 'compatible with existing instruments,' ask for the compatibility list and the test report. In my experience, the time to be annoying is before the contract, not after.

Step 6: Plan for post-purchase quality monitoring

The purchase decision doesn't end at delivery. If you're buying capital equipment or a large implant portfolio, set up a review process for complaints, adverse events, repair rates, and maintenance costs.

We didn't have a formal retrospective review process in one of my earlier hospital partner projects. It cost us when a 'low-cost' patient lift had an adapter failure that affected six slings—because nobody was tracking the failure pattern. Now I advise every buyer to put a 12-month review clause into the agreement.

If you don't have an adverse event reporting system, create a simple spreadsheet at minimum. Record the date, device, lot or serial number, and the person who noticed the problem. That data is what makes or breaks a follow-up investigation.

Notes before you sign

First, this was accurate as of March 2025. Medical devices and regulations change quickly, so verify current FDA status, product availability, and vendor claims before you budget.

Second, this checklist is right for most hospital procurement situations. But if you're a small dental practice buying a one-off device, or a clinic without a dedicated biomedical engineer, some steps may be too heavy. Don't let a six-step checklist stop you from asking the simpler version of the question: what problem are we trying to solve, and what proof do we have that this solves it?

Third, no checklist replaces clinical judgment. The whole point is to make your clinical or procurement decision better, not to transfer responsibility to the vendor. A good vendor will welcome the questions. A sales rep who avoids them is giving you useful information.

If you take one thing from this, take this: the devices with the cleanest documentation are usually the easiest to support. That's true for a Zimmer Biomet sports medicine implant as much as it is for a mechanical ventilator or a clinical chemistry analyzer. In my opinion, documentation is not bureaucracy—it's the first quality check.