Watch & learn
20 clinical clips across 5 areas of practice. Filter by category, or search by procedure name.
TwinLight uses two wavelengths in sequence: the Er:YAG laser first removes diseased tissue and calculus from inside the gum pocket, then the Nd:YAG laser disinfects the pocket and seals the tissue. A non-surgical alternative to flap surgery — no cutting, no sutures.
A second, clearer recording of the same TwinLight periodontal protocol.
Side-by-side X-rays from an actual patient case, before treatment and at follow-up after TwinLight periodontal therapy.
With the gum tissue surgically opened, the Er:YAG laser cleans bacteria and diseased tissue directly off the implant surface — the decontamination step in the peri-implantitis protocol.
The same implant decontamination goal performed without opening a surgical flap — for earlier-stage peri-implantitis cases.
The Er:YAG laser reshapes gum tissue (and bone where needed) to expose more natural tooth structure, without a scalpel or sutures.
The Er:YAG laser breaks the bond between an existing veneer and the tooth, allowing clean removal with minimal risk to the enamel underneath.
The laser weakens the cement bond so a crown can be lifted off with less force and less risk of damage — useful when a crown needs to be reused or replaced.
The Er:YAG laser removes decay and preps the cavity without a mechanical drill, with minimal heat transfer to the tooth.
Another cavity prep case, showing the same drill-free approach on a different tooth and decay pattern.
The Er:YAG laser assists with tooth extraction, helping loosen and remove the tooth with less trauma to surrounding bone and tissue.
A non-ablative Er:YAG treatment that heats intra-oral tissue to stimulate collagen contraction, smoothing fine lines around the mouth without cutting or downtime.
A laser lip-enhancement treatment that uses controlled heating to add natural volume and definition to the lips without injectables.
A brief in-office laser application over a cold sore (herpes labialis) that can shorten healing time and ease discomfort.
The treatment site immediately after a SWEEPS-mode procedure.
An animated explainer of how SWEEPS mode works at the physical level.
A controlled demonstration on a plastic training tooth, isolating exactly what SWEEPS mode does to tooth structure.
X-ray of a treated canal with significant curvature — showing SWEEPS irrigation reaching and cleaning canal anatomy that's difficult to instrument mechanically.
X-ray showing a lateral canal filled following SWEEPS-assisted irrigation and obturation — evidence of the irrigant reaching branching canal anatomy.
Two erbium lasers, same task, filmed side by side — Er:YAG finishes in a fraction of the time since its wavelength sits closer to water's peak absorption point.
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See it live
Dan runs free lunch & learns and local laser workshops for practices in his territory.