Scan + CBCT
What your intraoral scan and CBCT need for a guide that fits, and how to check the scan-to-CBCT alignment before you design anything.
Model editing · live courseA self-paced video course for dentists who place implants and want to bring guide printing in-house for their own patients, using FDA-cleared surgical-guide resin per the manufacturer's instructions.
The same chain every time: acquire, design, print, then check the fit on a model before any clinical use. Each lesson is filmed on typodonts and models.
What your intraoral scan and CBCT need for a guide that fits, and how to check the scan-to-CBCT alignment before you design anything.
Model editing · live courseGuide design settings and checks before you print: thickness, spacer, offset, windows, guide tubes and sleeves vs sleeveless, then a clean STL export.
Guide tube & offset · live courseOrientation, supports, cleaning and curing per your resin's IFU. Orientation is a mini puzzle; supports are a Jenga tower. Both decide whether the fit surface survives.
Supports in the slicer · live courseA repeatable fit-check and inspection routine before every case: printer calibration with QA coupons, a 10-point inspection, sleeve seating and a documented fit check on the printed model.
Designed guide · live courseBuilt on Matthew's three phases of digital dentistry (acquisition, design, output), followed by quality checks, troubleshooting and cost.
What this course is and isn't, the regulatory map in plain English, and the kit and software you need.
The three phases in ten minutes, then what the planner needs from your intraoral scan and CBCT.
Stitching and alignment, prosthetically driven planning, guide settings, tubes and sleeves, and a clean STL export.

Orient so any inaccuracy lands on a non-critical surface, and keep supports off the fit surface. Resin handling per IFU.
Wash, cure, support removal and finishing, then disinfection or sterilization, each per your resin's IFU.
Printer calibration with QA coupons, a 10-point inspection, sleeve seating, a documented fit check on the printed model, and clear criteria for when to reprint.
A decision tree for guides that are too tight, too loose or won't take the drill, plus failures made on purpose.
A cost-per-guide calculator you fill in with your own numbers, documentation habits, and what staff can take on.
A "before you start" checklist, a QA log, a fit-check checklist and a blank cost-per-guide calculator.
The curriculum is a working draft and may change before launch. Settings shown in lessons are examples from Matthew's workflow. Verify them against your own kit's and resin's IFU.
Teaching a live hands-on day, 2021
Matthew is a dentist who has taught live, hands-on digital dentistry days on scanning, planning, guide design and printing. This course takes that teaching and rebuilds it step by step, filmed on typodonts and models, so you can follow it at your own pace.
His approach is prosthetically driven: plan the teeth first, then the implant, then the guide. And in this course, every guide gets a documented fit check on a model before any clinical use.
“Patients want teeth, not implants.”
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In production. Join the waitlist to hear first when it opens and get the founding price.