DITOXO is an autonomous dual-arch intraoral scanner. The patient bites once; every optical module fires in a single synchronized event — capturing both arches and their true bite relationship in seconds, with on-device AI reconstruction. No sweep, no stitching.
DITOXO replaces the swept wand with a fixed optical array on a rigid frame. The patient bites; every module fires together; the geometry does the aligning that software used to fight for.
A fundamentally different approach to intraoral capture — designed to do in one synchronized event what conventional scanners reconstruct in software, frame by frame.
A single synchronized trigger fires every optical module in the same instant, so both arches are recorded together — never swept, never stitched frame-by-frame.
Multiple modules ride a rigid frame in a calibrated spatial relationship, engineered for micron-level dimensional stability across the intraoral temperature range.
Because all modules share one coordinate frame from the first frame of data, the occlusal relationship is measured directly rather than reconstructed from a separate bite scan.
Real-time midline, arch-trace, and occlusal-plane guidance positions the device; capture fires automatically once a stable bite is detected.
A 3D model is built on the device in seconds with no network required; an optional cloud path adds higher-fidelity reconstruction when connectivity is available.
A disposable optical sleeve with saliva isolation, capture channels, anti-fog airflow, and one-handed removal — over an autoclave-compatible housing.
Optical modules sit on a horseshoe frame facing both arches, with an anterior module closing the front. Tap a region to see how the geometry captures everything in a single synchronized event.
Maxillary-facing optical modules sit on the rigid frame in a fixed, calibrated relationship, capturing the upper arch surface within the single synchronized event.
A traditional wand builds a model by weaving thousands of frames together in real time — and that weaving is where the heavy compute load and the accuracy drift come from. It happens again to relate the two arches. DITOXO captures inside a fixed geometry, so alignment is solved once, in hardware.
Every size shares identical optics, sensors, and software. Changing size requires no recalibration and no configuration — the same workflow, end to end.
// Nominal arch widths shown are design figures and subject to change. DITOXO is an investigational device — not yet cleared by the U.S. FDA.
Current engineering design targets for each product in the DITOXO line. Final specifications will be confirmed through verification and validation as part of the regulatory submission.
// Targets shown are provisional and subject to change.
// DITOXO is an investigational device — not yet cleared by the U.S. FDA.
The conventional workflow scans each arch separately and reconstructs the occlusion. DITOXO is designed to collapse that into a single, measured acquisition.
Intended uses will be finalized as part of the regulatory submission.
A unified dual-arch mesh designed to flow into restorative design and chairside or lab milling workflows.
A measured inter-arch relationship to support treatment planning, aligner workflows, and progress comparison.
Multi-angle capture of scan bodies in a single event, designed to resolve implant position and angulation by photogrammetry.
Interchangeable bite registration captures a protrusive mandibular position for mandibular advancement device fabrication.
A pediatric size with fast, hands-free, bite-activated capture suited to younger and less cooperative patients.
Consistent, repeatable captures with open-format output and secure sharing across teaching and remote workflows.
Odonteikon is engaging clinical, commercial, and technology partners as the platform advances toward submission and launch.
Practitioners and institutions shaping intended use, workflow fit, and future evaluation.
Channel partners positioned to bring a cleared DITOXO line to dental markets.
Optics, AI/edge-compute, and manufacturing collaborators across the development pipeline.
DITOXO captures both arches and their true relationship in a single synchronized event, reconstructed on-device — a fixed-geometry approach that's hard to replicate with a swept wand, protected by pending IP and built for the established 510(k) pathway.
A calibrated optical array fired in one synchronized trigger, with on-device AI reconstruction — measuring the occlusal relationship rather than reconstructing it from a sweep.
Restorative, orthodontic, implant, sleep-medicine, and pediatric workflows across four shared-architecture sizes — from a single device line.
The dual-arch simultaneous capture system and method are the subject of pending U.S. patent filings.
Developed under a documented design-control process for the FDA 510(k) pathway by Odonteikon Corporation.
The dual-arch simultaneous capture method was conceived and reduced to a working design by founder and inventor Jeffrey D. Retherford.
A U.S. provisional application covering the dual-arch capture system and method was filed (No. 64/060,672, May 8, 2026).
The non-provisional application is advancing alongside system design and manufacturing documentation under formal revision control.
Bench testing and validation to confirm the scanner meets its design targets and intended-use requirements.
Preparation and submission of the 510(k) premarket notification to the U.S. FDA.
Following clearance, commercial availability of the full DITOXO line — One, Studio, and Care.
// This page is informational only and does not constitute an offer to sell, or a solicitation of an offer to buy, any security. DITOXO is an investigational device and has not been cleared or approved by the U.S. FDA. All specifications are provisional design targets, subject to verification.
Periodic updates on DITOXO's progress toward clearance. Forward-looking by nature and subject to change.
The dual-arch capture method and apparatus move from provisional to a full non-provisional filing, broadening the protected platform.
A U.S. provisional application established priority for the platform's core fixed-geometry, single-trigger capture approach.
System design and manufacturing documentation moved under formal revision control — the backbone of a 510(k)-ready quality process.
Work is focused on bench verification and validation against the device's design targets ahead of the planned FDA 510(k) submission.
An autonomous dual-arch intraoral scanner. The patient bites onto the device, and a fixed array of optical modules fires in a single synchronized event — capturing both arches and their bite relationship at once, then reconstructing a 3D model on the device.
A wand is swept across the teeth and weaves thousands of frames together in software, accumulating error and load — then relates the arches through a separate bite scan. DITOXO holds every sensor in a fixed, calibrated geometry and fires them together, so the data is aligned at capture and the bite is measured rather than estimated.
No. DITOXO is in active development and is being evaluated through the FDA 510(k) pathway. It has not been cleared or approved and is not available for sale or clinical use in the United States.
Capture is designed to take a few seconds, with an on-device 3D model produced shortly after. Output is designed for open mesh formats (STL / OBJ / PLY) and DICOM, flowing into CAD/CAM, PACS, lab, and practice systems. DITOXO Studio adds review, annotation, and secure sharing.
Odonteikon Corporation, a dental-imaging company based in Grand Rapids, Michigan, founded by inventor Jeffrey D. Retherford.
Investors can request diligence at investors@odonteikon.com; clinical and commercial partners can reach partnerships at partners@odonteikon.com.
Odonteikon is a Grand Rapids–based dental-imaging company building the next generation of chairside capture. We design hardware that removes steps from the clinical workflow — and we carry it through the full arc of patent, regulatory submission, and commercialization.
DITOXO is our first platform: an autonomous dual-arch intraoral scanner created to capture both arches, and their true relationship, in a single pass.
Tell us a little about you and we'll follow up with current development status and the right next step.