Why Coloplast’s Quality Control Process Is Its Competitive Edge (and Why Efficiency Matters)

Efficiency isn’t the enemy of quality — it’s what makes quality scalable

When I first started as a quality inspector in a medical device company, I thought the golden rule was simple: inspect everything, twice, with a ruler and a magnifying glass. I assumed the lowest defect rate came from the most aggressive checking. Honestly, I was wrong. After a few years — and a few expensive re-dos — I realized that efficiency is actually the real competitive advantage, even in quality control. Let me explain why.

My initial misjudgment (and the $22,000 lesson)

Back in Q1 2023, we were launching a new batch of Coloplast bedside care spray. The formula was fine, the packaging looked great — but I noticed a tiny inconsistency in the nozzle texture. So I rejected the whole shipment. That’s my job, right? Wrong. It turned out the “inconsistency” was within spec (Delta E < 2 on the color difference, and the texture was actually a supplier’s intentional anti-slip pattern). We delayed the launch, had to re-order from another vendor, and the whole mess cost us $22,000 in expedited shipping and lost shelf time. (Yeah, ouch.)

That experience taught me something crucial: over-checking isn’t the same as good checking. What I really needed was a smarter process, not a slower one. And that’s where efficiency becomes a quality tool.

Three ways efficient processes actually improve quality

1. Standardization reduces the “human error lottery”

Every time we add a manual check, we add a chance for someone to misread a spec or forget a step. For example, our Coloplast protective sheet instructions include a “how to use” diagram. We used to have three different people verify the image placement. Sounds safe, right? But the third person would sometimes “correct” something that was already correct, introducing errors. Switching to a digital approval workflow (basically a simple checklist that auto-populates the spec number) cut our verification time from 2 days to 4 hours, and reduced rework by 34%.

As one of my colleagues put it: “If you have to rely on human memory for 15 steps, someone will forget step 11.”

2. Faster feedback loops catch problems before they compound

We review roughly 200+ unique items annually across ostomy, continence, and wound care lines. That’s a lot of SKUs. In the old system, a defect found during final inspection might have already been produced in 8,000 units. (Ask me how I know — yes, that was another costly lesson.) Now we perform in-line checks at every stage: raw material, first article, mid-run, final. The whole cycle is way faster because we use barcode scanning and real-time data entry. If a batch of Coloplast bedside care spray nozzles has an out-of-spec flow rate, the line stops within minutes, not at the end of the week.

3. Automation eliminates the “I thought it was fine” trap

Honestly, the most dangerous gap I’ve seen is not in the equipment — it’s in documentation. Ten years ago, we didn’t have a formal process for updating instructions for use (IFU). When a new clinical study came out showing a better application method for the protective sheet, we relied on one product manager to update the PDF. Results? The updated IFU had a typo that changed the measurement from “2 cm” to “2 mm”. That error wasn’t caught until a nurse called our hotline. After that, we implemented a digital approval chain with mandatory cross-checks. Now every IFU change goes through three sign-offs before it even hits the printer. The process is efficient enough that we can updates in two days instead of two weeks — and the error rate dropped to zero in Q4 2024.

But wait — doesn’t speeding up inspection mean lower standards?

That’s the question I get most often from vendors and even some colleagues. “If you automate checks, aren’t you just moving the problem to the machine?” It’s a fair concern. But here’s the thing: automation doesn’t mean fewer checks, it means more consistent checks. A vision system can measure 50,000 units per hour with the same tolerance. A human inspector doing the same volume would fatigue after 20 minutes. The real risk is not speed — it’s boredom.

Plus, efficient processes free up our best quality engineers to focus on root cause analysis instead of re-measuring the same parts. When a defect does slip through (and they will — no system is perfect), we can trace it back to the exact batch, machine, and operator within hours. That’s the kind of efficiency that builds trust with every clinical laboratory that uses our products for testing.

Bottom line: efficiency is credibility

After four years in this role, I’m convinced that a quality system designed for speed is actually more reliable than one designed for “thoroughness”. The key is to remove unnecessary steps, not to skip the necessary ones. Whether it’s a Coloplast protective sheet or a bedside care spray, our patients and clinicians deserve a product that’s both consistent and delivered on time. (And believe me, nothing hurts brand trust more than a backorder caused by an over-rejecting quality check.)

So next time someone tells you that “quality takes time,” ask them: “How much time did you waste on rework last year?” Because in my experience, the fastest path to good quality is a lean, automated, and yes — efficient — process.

— Quality/Brand compliance manager with 4+ years in medical device validation, reviewing 200+ items annually.