A Practical 7-Step Checklist for Verifying Your New Stryker Equipment Meets Spec

I'm a quality compliance manager at a mid-sized medical device company. As someone who spends a good part of my week reviewing incoming equipment—roughly 200+ items annually, across everything from gurneys to infusion pumps—I've seen a fair share of what happens when a delivery doesn't match the spec sheet.

Let's be real: in a busy hospital environment, the default is often to unbox, plug in, and move on. In my experience, that's a mistake. Over the past 4 years, I've developed a checklist that catches discrepancies early. It's saved us from costly returns, delayed implementations, and even a few potential safety issues.

This checklist is for anyone receiving Stryker equipment—whether it's a new Stryker gurney battery, a Nara hospital bassinet, or a specialized infusion pump. It's built around the idea that upfront verification beats fixing problems after deployment. Here are the 7 steps I use.

1. Match the PO to the Delivery Note (Don't Just Look at the Box)

This sounds basic, but you'd be surprised how often it gets skipped. I'm not just looking for the right product name. I'm checking the model number against the purchase order—down to the sub-variant.

For example, some Stryker gurney models have multiple battery options. Last year, a vendor sent a gurney with the standard battery when we'd ordered the high-capacity one. The paperwork said 'Stryker Gurney System' on both, but the model numbers were different. If I hadn't checked, it would have gone straight to the ER and potentially failed during a long transport.

Checklist point: Compare the exact model number on the delivery note to the PO. Don't rely on the product name alone.

2. Visual & Physical Inspection: The "10-Foot Rule"

I always do a quick physical walk-around before even opening the manual. Things to look for:

• Packaging: Is it OEM packaging? Signs of rough handling or moisture?
• Fit & Finish: On a Stryker Nara hospital bassinet, for instance—are the mattress edges neat? Are there loose seams or rough edges on the plastic?
• Tool-Free Assembly: On a dental chair, do the armrests slide and lock as expected? Any wobble?

I call it the '10-foot rule'—stand 10 feet away. Does it look like a premium product, or does something feel… off? This isn't a scientific test, but more often than not, my gut at 10 feet has correlated with a deeper issue.

3. Test the Core Function Before Anything Else

Most people dive into the bells and whistles. I start with the core job. For each device, identify its primary function and test it immediately.

For an infusion pump: does it turn on, run a basic flow test? For the Stryker gurney battery: does it charge? Does the charge indicator show correct status? For a dental chair: do the basic up/down/tilt functions work?

The most common issue I've found in 2025 so far? A batch of Stryker gurney batteries that wouldn't hold a charge past 2 hours, despite showing a full charge initially. If we'd just checked the green light and moved on, we wouldn't have caught the issue until after installation. That would have meant pulling a gurney out of service, a $22,000 redo problem on an already tight timeline.

Checklist point: Test the primary function in the first 5 minutes of handling the device.

4. Check the Wheels and Casters (Honestly, This Gets Overlooked)

I've developed an obsession with wheels. On any stretcher, bassinet, or bed—the wheels are its contact point with the hospital floor. A wobbly caster on a heavy stretcher is a safety hazard and a noise issue.

When I'm checking a Stryker gurney battery system, I also give the wheels a roll test. Are they free-moving? Do they lock securely? On a Nara bassinet, the wheels should be smooth and quiet for nighttime nursery rounds. A squeaky wheel on a quiet ward is surprisingly annoying.

I once rejected a whole batch of 20 stretchers because the wheel locks were inconsistent. The vendor argued 'within tolerance,' but I'd argue that inconsistency is a quality issue. (And I won that argument—they replaced all 20 sets of casters at their cost. That was in 2022, and our incident rate for that product dropped noticeably.)

5. Verify the Incontinence Product Fit & Material (If Applicable)

This is specific but critical. If you've ordered incontinence products—like underpads, briefs, or pads—check them against what you actually need. I've seen deliveries where the absorbency level was lower than spec'd, or the size didn't match the patient population.

What to check:

• Verify absorbency rating (e.g., 'high' vs. 'max')
• Check dimensions (length, width)
• Check material: is it breathable? Does it have a wetness indicator?

In 2023, we rejected a shipment of incontinence pads for an aged-care ward because the material felt different from the approved sample. The vendor initially claimed it was 'the same spec,' but our team identified it as a lower-grade cotton blend. The patient comfort difference was noticeable. On a 50,000-unit annual order, that matters.

Digression: I have mixed feelings about generic incontinence products. On one hand, the cost savings can be substantial. On the other hand, I've seen comfort and leakage issues directly correlated with cheaper materials. For high-risk patients, it's often worth paying a bit more. (That's the 'value over price' argument in action—the extra upfront cost saved us from a lot of linen changes.)

6. Documentation & Compliance Check

Every Stryker device should come with clear documentation: IFUs (Instructions for Use), maintenance guides, and battery disposal instructions (important for the Stryker gurney battery). If any of this is missing, flag it.

I also check for regulatory compliance markers. In the U.S., that's FDA registration. It should be clearly marked on the device or packaging. (Verify current regulations at fda.gov.) For devices used in sterile environments, look for sterilization compatibility info.

I've only worked with domestic vendors, so I can't speak to how these checks apply to international sourcing. But I imagine the paperwork side is even more critical.

7. Document Everything for the Hospital's Asset Management System

Once it passes my check, the device gets logged into our internal system. Serial numbers, model numbers, firmware versions (if applicable), and condition notes. This makes future maintenance and warranty claims much easier.

This is especially important for items like the Stryker Nara bassinet, which have multiple firmware-related features (like alarms for improper assembly). I've seen cases where firmware wasn't updated to the latest version, causing false alarms. Having that serial number logged lets us track the issue back to a specific batch.

Pro tip: Take a photo of the serial number and condition on day one. It's saved us from disputes multiple times.

Common Mistakes I See (And What I've Learned)

Mistake #1: Relying entirely on the vendor's pre-shipment inspection. I've received 'certified' equipment with issues that were visible in 5 minutes. Always do your own check.

Mistake #2: Assuming 'new' means 'perfect'. I've rejected new Stryker equipment for things like misaligned IV poles and sticky gurney brakes. New doesn't equal flawless.

Mistake #3: Forgetting the 'use case'. A dental chair that's great for an oral surgery suite might be terrible for a pediatric clinic because the controls are too high for small children. Specs alone don't capture this. Know where the device will end up.

This checklist has evolved over 4 years of learning. It's not perfect—my experience is based on a specific set of mid-volume hospital supplies. If you're working with high-volume consumables or complex surgical robotics (like Stryker's Mako system), your checklist will need to go deeper. But for most everyday hospital equipment—from gurneys to bassinets to infusion pumps—these 7 steps will save you time, money, and headaches.

This was accurate as of Q1 2025. The medical device market changes fast—verify current pricing, standards, and model numbers before budgeting.

Need to build a similar checklist for your team?

Start by identifying the top 3 failures you've encountered in the past year. Build your list around preventing those. The rest is just details.