Private flex partial alpha

Flex Partial Designs From Patient Scans.

Upload maxillary and mandibular edentulous scans, infer the target arch, confirm missing teeth with 1-32 numbering, and generate a first-pass flex partial design with separate base, teeth-only, and optional monoblock outputs for clinician review.

Design A Flex Partial See The V1 Plan

Built to design flex partials from patient edentulous scan data
C-clasp dominant workflow with clinician review always required
Standardized STL package: base, teeth, all-teeth, monoblock, manifest

Design Outputs case_base.stl case_teeth.stl case_all_teeth.stl case_monoblock.stl case_manifest.json

Design Bias

Flex partial alpha only

Gingival C clasps preferred

Coverage kept light unless retention demands more

Review Flow

Draft

Edited

Approved

Exported

Operating model

One patient scan intake, one first-pass design, one STL package.

Scan Intake

Require maxillary and mandibular STLs. Accept occlusion when available, but keep the alpha centered on flex partials.

Draft Logic

Suggest target arch, stage missing-tooth confirmation, draft a flex partial design, bias toward gingival C clasps, and flag low-confidence gaps.

Editable Review

Keep v1 focused on high-level controls: tooth position, size, coverage, clasp location, retention strength, regenerate.

Package Export

Return standardized files for separate teeth/base printing, plus optional monoblock reference geometry and a manifest.

Case studio

Generate and review a flex partial design from patient scans.

Case identity

Set the design posture

This alpha is focused on designing flex partials from patient scans for single-clinician review.

Case label Patient presentation

Case type

Target arch

Input geometry

Require both arches, enrich with occlusion

Raw meshes are accepted, but the review engine should assume cleaner inputs produce better drafts.

Uploads start automatically after you choose the STL files. You can queue the design while the required arches finish secure upload, and optional occlusion should not hold up the first-pass draft.

Maxillary STL Required Required. No file selected yet. Mandibular STL Required Required. No file selected yet. Occlusion / bite scan Optional Optional. Strengthens confidence when present.

3D scan preview Review orientation and scan spread before generating.

Load patient STLs to inspect arch orientation, cleanup needs, and scan spread in 3D.

Missing teeth

Confirm with 1-32 numbering

The alpha stays focused on flex partial spans, so clinician confirmation still drives the final missing-tooth map.

Design posture

Stay parameter-based in v1

Keep the first editor fast and clinically practical rather than freeform.

Retention strength Coverage style

Prefer gingival C clasps unless anatomy forces a different strategy Favor esthetics before bulk when retention allows it Allow raw mesh cleanup path when uploads are not fully trimmed Include optional monoblock STL export for reference or alternate output

Review capture

Record what the clinician changed

Capture first-pass outcome and edit areas now so every reviewed case becomes future training and benchmark signal.

First-pass verdict Priority edit area

Teeth setup changed after review Clasp location or clasp type changed Base or border extension changed Occlusion or contact scheme changed

Reviewer notes

Design engine

Automatic first-pass design

Design has not started yet. Upload both required arches first, then click Generate Design.

Select patient scans Uploads begin as soon as you choose the STL files. You can queue design generation while the required arches finish secure upload.

Designed Edited Approved Exported

34 %

Waiting for the core arch uploads.

Confidence increases as the case gains opposing arch context, occlusal records, and a confirmed tooth map.

Suggested arch Pending

Missing teeth Awaiting confirmation

Design mode Flex partial

Design narrative

Upload the opposing arches and generate a first-pass flex partial design for clinician review.

Case readiness

Readiness scoring will appear once the geometry plan evaluates the case records.

Prosthetic strategy

Generate a design to see the proposed flex-partial setup strategy.

Design prescription

Generate a design to see suggested abutment teeth, clasp posture, and support notes by span.

Design constraints

Arch analysis

Normalization plan

Generate a design to see how the arches would be normalized into a common geometry frame.

Survey engine

Generate a design to see heuristic path-of-insertion, abutment scoring, and undercut cues for the flex partial.

Missing-tooth probe

Generate a design to see the mesh-derived missing-tooth probe and mirrored fallback.

Review flags

Output package

The zip currently contains prototype design geometry, not final clinical CAD. Clinician review is always required.

Geometry pipeline

CAD readiness track

Tooling stack

Geometry worker plan

Accuracy boosters

Reference matches

Sample output contract from your renamed files

V1 blueprint

What ships now, and what the true dental CAD engine needs next.

Now

Clinical case intake

Upload the patient scans, require the opposing arch, confirm the missing teeth, and move the case into review.

Now

Design output contract

Every case returns the same export structure so review, printing, and assembly stay consistent from case to case.

Mesh intelligence service

The production engine should handle scan cleanup, tooth segmentation, missing-tooth detection, arch alignment, and actual geometry generation.

Reviewer tools

Parameter edits should eventually be paired with visual overlays, low-confidence hotspots, and downloadable revision histories.

Open the written v1 blueprint Open the removable CAD roadmap Open the domain buying guide Open the STL library review