Why I Created Smart Denture Conversions

I didn't set out to build a product. I didn't set out to start a company or change the way full-arch dentistry is practiced. I just wanted to stop dreading certain cases on my schedule.

The idea came to me in 2016 — a small separable fastener that I believed could be the key to making same-day conversions dramatically simpler. But an idea is just an idea. I had no engineering background, no prototype, and no clear path to turning a concept into something real. So, for a while, it just stayed in my head.

Built Out of Frustration

To understand why I was so driven to find a better way, you have to understand what conventional conversions felt like in the operatory. We dreaded them. Every single one. You'd see it blocked on the schedule and genuinely not know if you were going to finish in time — or if it was going to become a nightmare. That uncertainty, that unpredictability, wore on you.

I remember one evening calling my wife to tell her I wasn't going to make it home for dinner, or to help put the kids to bed — again. Another conversion had run long. I finally got home, and lying in bed that night, I couldn't stop thinking about it. And then it hit me: it's the dang screw.

That's what was making everything so hard. The large access hole required by temporary cylinders — cut through the prosthesis to preserve the screw channel — was driving the entire complexity of the conventional workflow. The structural damage, the chair time, the unpredictability. But what if that access didn't have to come at such a cost? What if you could achieve the same result with something far smaller — a fraction of the footprint — without compromising the prosthesis before the patient ever left the chair?

The premise behind Smart Denture Conversions was simple: what if we could make a fixed full-arch conversion as easy as a chairside overdenture pickup? That's it. That was the whole idea. Make fixed as easy as removable. I just had no idea how to make it.

The Moment Everything Changed

In 2018, I was doing a chairside consult at my local periodontist's office — a routine patient interview — when I learned that the man sitting across from me ran a prototyping business for the electronics industry.

That consultation took a sharp turn.

I started asking him about his work, about what he could make, and eventually, I described this small separable fastener I'd been envisioning. His response? "Yeah, I could do that. That sounds like a fun project."

That was the moment Smart Denture Conversions went from an idea to a reality.

How It Works

The core innovation behind Smart Denture Conversions is a small separable fastener — a low-profile component that seats into the existing denture prosthesis and locks onto the multi-unit abutments at the time of surgery. Instead of cutting large access holes through the prosthesis to accommodate conventional temporary cylinders, SDC uses a small, low-profile footprint. The pickup is performed chairside, the prosthesis is then finished in the laboratory by cutting the flanges, contouring, and polishing — a process that takes about 30 minutes — and the patient leaves with a fixed, same-day provisional.

The simplest way I can put it: SDC takes the complexity of full-arch fixed down to the level of a chairside overdenture pickup. Same workflow. Dramatically better outcome.

From Prototype to Protocol

We started prototyping in August of 2018 and began clinical testing the very next month. By December of 2018 — just four months later — we had worked out the major kinks and arrived at what was essentially a market-ready solution.

But here's the thing: that was never the intent. I wasn't trying to build something for the market. I was trying to build something for my practice — to make my life better, my days more predictable, and my patients' experiences smoother.

The first case wasn't perfect. Prototyping never is. But even with its hiccups, it was immediately clear: this is so much easier than the conventional way. That's when the thought crept in that maybe my peers — other clinicians grinding through the same frustrations I had — might want this too.

The Hardest Part Wasn't the Science

By mid-2019 we were commercially ready. And then came the part I wasn't prepared for: getting the word out.

One of the most frustrating realities I've encountered as a clinician is how reluctant people are to share good ideas. And even when you do share them, getting peers to truly listen — to believe that a private practice owner in Cary, North Carolina had found a genuinely better way — that was a different challenge entirely.

So we did what we could. We focused on the work in front of us, refined the workflow, and let the results speak.

What It Actually Does for Your Practice

I am the same clinician I was before SDC. My skills didn't change. What changed was the system — and the results have been night and day.

Speed

My surgeons used to finish their part — extractions, bone reduction, implants, multi-unit abutments, sutures — in half the time it took me to complete the restorative. Now it's flipped. We do double-arch cases, start to finish, in under three hours. We've done five arches in a single day, starting at 8:30 in the morning and wrapping by 3:30 in the afternoon. And behind those numbers are five real people whose lives changed that day. That's what drives me.

Predictability

With conventional conversions, you'd block time on the schedule and genuinely not know if you'd finish in that window or if it would spiral. SDC is consistent. You know what a case is going to take before you start.

Prosthesis Integrity

It's not magic — it's engineering. The smaller the access hole, the less structural damage done to the prosthesis. Our fracture rate dropped from around 20 to 25 percent down to the low single digits. When you're running volume, that matters enormously. A high fracture rate means a large portion of your practice becomes repair work. SDC largely eliminates that.

Intaglio Design

Because I'm working with a much smaller access opening rather than a large hole cut through the prosthesis, I have far more freedom in how I select and position my multi-unit abutments. That translates directly to better long-term outcomes for patients.

Freedom

This is the one I don't talk about enough. I can show up to surgery without a knot in my stomach. The surgeons used to make fun of me — they'd have the entire surgical phase done in the time it took me to finish the restorative. That's not the case anymore. That shift in confidence is hard to quantify, but it's real.

Why It Still Matters To Me

I run a fully digital practice. And I use SDC on every single full-arch case.

I say that because I want to be clear about what SDC is and isn't. It isn't a workaround for clinicians who haven't made the jump to digital. It's a deliberate clinical choice — one I make every day even though I have every digital tool available to me. My philosophy is that digital workflows have onramps and offramps. There are places where digital makes everything better, and places where it doesn't. I'm a strong believer in scanning the prosthesis after it's been made and occlusion and passivity have been verified. That's the right moment to bring the digital workflow back in — not before. SDC fits naturally into that thinking. It gives me a verified, patient-adapted provisional to scan, and a clear, clean path to the final restoration.

I'll be honest: there are prominent voices in this field who say Smart Denture Conversions has its place, but that it's limited. I genuinely don't see the limitation. I know how that sounds coming from the person who developed it — but I have yet to find a contraindication for SDC in full-arch fixed applications. It works in guided surgery workflows. It works when an implant fails and you need to recover without fabricating an entirely new prosthesis. It works with robotic and navigated surgery. It works for clinicians at every level.

I built SDC to solve my problem. I share it because I believe it can solve yours too.