Clinical Blog

Stryker Medical FAQ: Stryker Catalog, Cardiac Stents, Operating Tables, and Laparoscopic vs Open Surgery

Posted on 2026-08-27 by Elena Varga

I'm a procurement manager at a 350-bed regional hospital. I've managed a medical supplies and capital equipment budget of about $4.2 million a year for eight years. I've negotiated with more than 30 vendors and documented every order in our cost tracking system. This FAQ is based on what I actually see in purchase requests, not a sales brochure. My perspective is US-based mid-size hospital; if you're at a large academic center or buying internationally, your pricing and contract options will differ.

Here's what this FAQ covers:

  • Which Stryker catalog to use
  • What Stryker Medical actually covers
  • Whether Stryker makes cardiac stents
  • What an operating table really costs
  • How laparoscopic vs open surgery changes procurement
  • Whether smaller facilities get real attention

1. Which Stryker catalog should I use?

The first thing people get wrong is that there isn't one Stryker catalog. Stryker organizes products by division: MedSurg, Neurotechnology, Orthopedics, Spine, Endoscopy, and others. A sales rep might hand you a binder for hospital beds and never mention the endoscopy line. That doesn't mean it doesn't exist.

As of March 2025, the official Stryker website still lists separate product families. So before you ask 'what's in the Stryker catalog?', ask 'which division?' For this article, I'm focusing on the Stryker Medical side—hospital beds, stretchers, operating tables, and surgical equipment—not the orthopedic implant catalog.

Actually, let me correct myself. Stryker Medical is a specific division, but people use it loosely to mean the whole company. The key is to match the catalog to the procedure you're planning. If you're looking at an OR table, go to the surgical equipment list. Endoscopic tools live in a different category and usually require a separate quote.

Bottom line: get the right division catalog before you compare pricing. Otherwise you're comparing apples to instrument trays.

2. What does Stryker Medical cover?

Stryker is much broader than orthopedics. The Stryker Medical portfolio includes acute care beds, patient transport, stretchers, OR lights, operating tables, endoscopy systems, surgical power tools, and infection prevention products. If you've worked in a hospital, you've probably touched something from Stryker even if you weren't in an orthopedic case.

Why does this matter? Because contract structure depends on the category. A GPO agreement for operating room furniture might not include neurovascular devices. When someone says 'Stryker Medical,' I assume they mean the acute care and OR equipment side, not implants or robotics.

Here's something vendors won't tell you: the catalog they show you is usually the one tied to their sales territory. If you ask for 'the Stryker catalog' and the rep is an orthopedics specialist, you might never see the endoscopy offerings. Ask for the specific product family you need.

3. Does Stryker make cardiac stents?

Not in the conventional coronary stent sense. Stryker's Neurovascular division makes stents for procedures in the brain, like flow diverters for aneurysms. Those are not the same as cardiac stents placed in coronary arteries. I've seen purchase requests labeled 'cardiac stent' in hospital systems that were actually for a neurovascular device. Under a GPO contract, that mix-up can affect coding and reimbursement.

So if a surgeon asks for a 'Stryker cardiac stent,' ask to see the product code. Per the FDA 510(k) database, each device has a specific intended use. Verify that before creating the purchase order.

For a smaller hospital: don't assume you need a deep inventory. Many facilities stock a few sizes and rely on consignment or rapid replenishment. That can be a smart way to manage cost without putting expensive devices on your shelf. As of late 2024, those terms varied by region and GPO, so check the current agreement.

4. What does a Stryker operating table really cost?

I can't give you a universal price because contracts, configurations, and geography change everything. But I can tell you how to think about it. The base quote in the Stryker catalog is the beginning, not the end. A standard OR table might have one price, then add table top sections, anesthesia attachments, pads, a second set of mattress covers, installation, and a service contract. Those add-ons can push the total by 30% or more.

In Q3 2024, we bought an operating table for a new endoscopy suite. The base quote was $38,000. After the endoscopy-compatible top, larger pad set, installation, and a three-year preventive maintenance plan, the final number was about $49,500. That 30% difference is where the money hides.

Most buyers focus on the sticker price and completely miss installation and maintenance. The question everyone asks is 'what's your best price?' The question they should ask is 'what's included in that price?' As of Q3 2024, our quote included install and one year of service. Year two and beyond were extra.

Three years ago, I tried to save money by skipping the preventive maintenance contract on a different table. We paid more in emergency service calls. That's the difference between a surprise in Q2 and a predictable budget.

This pricing was accurate for our hospital's quote in 2024. The market changes fast, so verify current rates before you build your budget.

5. Laparoscopic vs open surgery: why does procurement care?

The clinical decision belongs to the surgeon. But when a hospital asks 'laparoscopic vs open surgery?', procurement hears something different: different instrument sets, different OR footprint, different sterilization load, and often a different length of stay.

Laparoscopic cases need a tower—camera, light source, insufflator, monitor—plus reusable or single-use instruments. Open cases use more traditional trays, retractors, and sometimes implants. Stryker sells both sides, but the capital cost is not the same. A laparoscopic tower is a one-time investment if you maintain it. Open surgery trays can be expensive to reprocess because of their size.

From a cost perspective, laparoscopic surgery tends to shift spending from the OR to capital equipment. In a small facility, that's a significant decision. But here's the thing: you can start with one basic tower and a small set of instruments. You don't have to buy every line in the Stryker catalog on day one.

Real talk: I've seen a small surgery center do excellent laparoscopic cases with one used tower and a vendor's demo instrumentation. It's not about having the biggest camera. It's about having a reliable setup and a service plan that doesn't leave you stranded.

6. Will Stryker treat a smaller facility seriously?

Look, I understand the worry. I've been in purchasing meetings where vendor reps spent more energy on the large academic center across town. It's frustrating. But with the right territory rep, a small community hospital can get a quote and receive real support.

In 2021, when we were still a 180-bed hospital, we bought our first lot of Stryker stretchers. The rep treated it like a priority, and the order came with the same product documentation we get now at 350 beds. That mattered. Small doesn't mean unimportant—it means potential. The vendors who treat small orders seriously are the ones I still recommend when our budget grows.

No, you don't need to be a giant IDN to get a Stryker catalog. But you do need to know what you want. 'Could you send me the Stryker Medical catalog for OR equipment?' gets you further than 'send me everything.'

The pricing may not match a large integrated delivery network's pricing. That's normal. Ask for current quotes, check the contract terms, and calculate total cost. Then decide whether the investment fits your volume.

Author avatar

Elena Varga

Elena Varga is a medical imaging systems analyst covering CT scanners, MRI systems, ultrasound platforms, digital radiography, mammography, and ophthalmic imaging equipment. She references IEC 60601-2-44 for CT safety and essential performance while examining CTDIvol, dose-length product, spatial resolution, slice thickness, field uniformity, throughput, uptime, and DICOM interoperability. Her work helps radiology leaders, medical physicists, biomedical engineers, and procurement teams compare image quality, radiation management, workflow integration, serviceability, and lifecycle cost.