Now in Development  ·  Accepting Early Clinical Partners

The Manual Process
of Designing Teeth.
Is Finally Solved.

Full Arch Intelligence

ARCHX AI will automatically align your scan files in a few clicks, then automatically design the Provisional and Final Teeth — based on the tooth library selected in the Digital Wax-Up Phase.

Request Early Access See the Workflow
4–16h
Current manual design time per case
0
AI tools for full-arch today
$1B+
Global market opportunity
ARCHX AI ENGINE LIVE
Processing ARCHX-00000
Ingesting scans0%
Detecting ArchTracer markers0%
Registering scan stack0%
Generating provisional design0%
412
CASES PROCESSED
0.12mm
REGISTRATION RMSE
99.2%
ENGINE UPTIME
Initializing engine…

The Problem

One Misaligned Scan.
One Failed Case.
One Unhappy Patient.

The full-arch design process is still largely manual — scan alignment, wax-up matching, provisional design — all done by hand, case by case. It's time for predictable results.

01

4–16 Hours Per Case

A skilled technician spends most of a working day importing scans, aligning coordinate systems, and designing a provisional by hand. Every case starts from zero — no intelligence carries over from the last one.

02

Manual Errors Kill the Bite

When scan alignment is off — even slightly — it propagates through the entire design. The provisional doesn't fit. The bite is wrong. The patient is back in the chair, the lab is doing unpaid rework, and confidence erodes.

03

No Predictability at Volume

On $800–$2,500 cases, a single remake collapses the margin. At volume, inconsistent outcomes aren't just expensive — they're unsustainable. Clinicians and labs deserve a process they can count on every time.

Clinical Workflow

Every Step.
Understood by AI.

ARCHX AI is built around the full clinical reality of All-on-X — not a simplified version of it. The platform ingests data from every phase and learns the relationships between them.

1
Pre-Op

Initial Scans & Digital Wax-Up

Intraoral scans or impressions are taken and pre-op photos captured. A design technician builds a digital wax-up — the patient's ideal smile and occlusion. The doctor approves this design. It becomes the blueprint that everything downstream must match.

Intraoral Scan / STL Pre-Op Photos Digital Wax-Up Doctor Approval AI: Learns approved smile design
2
Surgery Day — Pre-Op

Fiducial Markers & Baseline Scans

With the patient numbed, 1–4 fiducial markers are screwed directly into bone — creating a fixed coordinate reference between pre- and post-surgery anatomy. A full intraoral scan and bite registration is captured and sent to the design team before surgery begins.

1–4 Fiducial Markers Intraoral Scan Bite / Occlusion Record AI: Registers fiducial coordinate frame
3
Surgery

Full Arch Surgery & Implant Placement

Remaining teeth are extracted, and bone is modified based on the prosthetic design for an FP1, FP2, or FP3 treatment plan.

Tooth Extraction Bone Reduction 2–5mm Implant Placement Abutment Connection
4
Post-Placement

Photogrammetry & Tissue Scans

Photogrammetry captures the exact spatial position and angulation of every implant with sub-millimeter accuracy — far exceeding intraoral scanning. Proprietary scan caps are attached to each implant, and a new intraoral scan captures the changed tissue and palate anatomy.

MicroMapper iCam4D PIC System Shining 3D Elite Tupel Tissue Scan + Scan Caps AI: Captures precise implant positions
5
Where AI Changes Everything

Multi-Scan Alignment & Wax-Up Adaptation

Today a technician manually aligns fiducial markers from pre-surgery scans to the photogrammetry and tissue scans taken after implant placement — then hand-modifies the approved wax-up to fit the actual post-surgery VDO and jaw relation. Any error here means a wrong bite. ARCHX AI automates this entire step: registering all coordinate systems and adapting the wax-up algorithmically.

Exocad Alignment (manual today) VDO Registration Jaw Relation Wax-Up Modification AI: Automatic multi-scan registration AI: Wax-up adaptation to new anatomy
6
Output

Print-Ready STL & Same-Day Seating

The finalized provisional STL is sent to the office for 3D printing in biocompatible resin — Onyx Tough 2 / SprintRay or equivalent. Seated, screws torqued down. With accurate alignment, bite adjustments are minimal. With AI, the goal is near-zero chairside adjustment.

STL Export SprintRay / Onyx Tough 2 3D Print Screw Retention AI: Outcome recorded, model improves

The Technology

Built on Geometric
Deep Learning.

Data ARCHX AI Ingests Per Case
Pre-op wax-up STL (approved smile design)
Fiducial marker scan (pre-surgery baseline)
Photogrammetry data (exact implant positions)
Post-surgery tissue scan + scan cap positions
Occlusal record & VDO measurement
↓
ARCHX AI Output
Print-Ready Provisional STL
  • ⬡

    3D Mesh Registration

    Geometric deep learning (PointNet / MeshCNN) processes raw STL mesh data — not flattened images. The model understands the 3D geometry of bone, tissue, and implant positions natively.

  • ◎

    Fiducial-Anchored Alignment

    Fiducial markers are treated as fixed reference anchors. The AI solves the rigid-body registration problem between pre- and post-surgery coordinate frames automatically — eliminating the #1 source of bite errors.

  • ↺

    Learns From Every Case

    Each submitted case — paired input scans plus completed provisional output — is a training example. The model improves continuously. Early clinical advisors who contribute data are building the moat.

  • ✓

    Expert-In-The-Loop

    AI generates the provisional design. Your technician reviews, adjusts, and approves before printing. The platform accelerates expert work — it doesn't replace clinical judgment.

Compatible Systems

Works With Your
Existing Workflow.

Designed to integrate with the photogrammetry systems, intraoral scanners, and CAD tools already in your practice or lab. No rip-and-replace.

MicroMapper iCam4D PIC System Shining 3D Elite Tupel Exocad 3Shape Medit iTero SprintRay Formlabs TRI Implants Nobel Biocare Straumann Zimmer Biomet BioHorizons + Others

Already a clinical partner?

Submit cases and track your workflow through the ARCHX AI secure clinician portal.

Access Clinician Portal →

Early Access

Be First.
Shape the Platform.

Join the waitlist to get early access, contribute cases to train the AI, and secure your Clinical Advisory Board equity position. Founding members receive the highest equity tier — and the most influence over how this platform is built.

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