greenmixOS
probe: ready
โœจ CLOSED-LOOP COMPOSITE RESTORATION โœจ

greenmix precision

scan cavity geometry โ†’ calculate exact composite mass โ†’ dispense layer by layer โ†’ verify the result against the plan.

๐Ÿ“ท CavityOpticalScanner.app
Mode: Scale Calibration โ€” drag across a known length, or drag an end handle to adjust
Drop a photo to analyse it
Scale: โ€” | Depth: 0.00 mm
๐Ÿ“‚ CaseLibrary.folder

CHOOSE A CASE OR DROP YOUR OWN PHOTO:

โš™๏ธ CalibrationSettings.pref
mm
1.00x
mm

A single photo can't measure depth. The depth profile is modelled from the outline and scaled to this probe reading.

๐Ÿ“Š LiveCavityMetrics.ai
โœจ LIVE
Cavity Volume (V)
โ€” mmยณ (ยตL)
Max Depth (probe)
โ€” mm
Outline Length (long axis)
โ€” mm
Outline Width (short axis)
โ€” mm
Opening Surface Area
โ€” mmยฒ
C-Factor (Stress)
โ€”
๐ŸŒ Topography3D.app
Modelled depth (true mm scale)
0 mm (margin) โ€” โ€”
๐Ÿ”ช 50%
Drag to orbit ยท scroll to zoom ยท right-drag to pan
๐Ÿ“ˆ CrossSectionProfile.chart
Cavity floor Dentin Planned layers

โœจ MorphologyAudit.log
Outline aspect ratio: โ€”
Margin perimeter: โ€”
Compactness (4ฯ€A/Pยฒ): โ€”
Solidity (area / hull): โ€”
Mean / max depth: โ€”
Undercuts: Not measurable from a 2D photo
๐Ÿฆท How to read this: outline figures are measured from the photo. Depth is modelled as a smooth bowl scaled to your probe reading, so check wall and floor anatomy clinically.
๐Ÿ’‰ AnatomicalLayeringProtocol.app
โ€” Increments Planned
Buccal Cusp
Lingual Cusp
โšก 470 nm CURING LIGHT
10.0s
Layer 1
0.0 / 0.0 mg
# Step Thickness Volume Mass Cure Technique
Compule dose โ€”
Syringe plunger โ€”
Digital micro-stepper โ€”
๐Ÿงช SelectRestorativeResin.tool
Density (ฯ):
Shrinkage (S%):
Max Layer:
Filler Load:
๐Ÿงฎ DispenseFormula.calc
1. Net cavity volume: โ€”
2. Shrinkage compensation: โ€”
3. Closed-loop correction k: โ€”
4. Target dispense volume: โ€”
5. Composite mass (V ร— ฯ): โ€”
โš ๏ธ
C-Factor = โ€”: the higher the ratio of bonded to free surface, the more contraction stress. Place increments obliquely to limit it.
โš–๏ธ CompareMaterials.table
MaterialS%Mass mgLayersCure

For this cavity. Click a row to switch material.

๐Ÿ”„ RestorationComparator.app
๐Ÿ“ธ No post-op photo yet Drop or paste a photo of the cured restoration, taken from the same angle as the pre-op photo.
Filled (changed vs. pre-op)
Unfilled / void (unchanged)
Flash beyond margin (โ‰ค 2 mm)
Drop post-op photo
๐Ÿ† PostCureEvaluation.qa
AWAITING POST-OP
Cavity Filled
โ€” of volume
Restored Volume
โ€” mmยณ
Volumetric Deviation
โ€”
Margin Flash Area
โ€” mmยฒ
Material Waste
โ€” of dispensed
โšก Where the planned volume went
Filled cavity
โ€”
Still unfilled
โ€”
Flash (waste)
โ€”
๐Ÿง  AdaptiveSelfCalibration.ai

knext = k ยท (1 โˆ’ ฮฒ ยท ฮ”V / V), ฮฒ = 0.5, clamped to 0.7โ€“1.3

Current factor (k): 1.000
Observed ฮ”V / V: โ€”
Updated factor (knext): โ€”

CALIBRATION HISTORY (saved in this browser)

๐Ÿ“„ ClinicalRestorationDossier

Restoration Dossier

Closed-loop composite planning and photo-based quality record

PLAN ONLY
DATE:
CASE ID:
TOOTH:
PATIENT: โ€”
CLINICIAN: โ€”
Pre-op photo with detected cavity outline
Pre-op with detected margin

1. Pre-operative cavity metrics

Opening surface area
Outline length (long axis)
Outline width (short axis)
Maximum depth
Net cavity volume
C-factor
Optical scale

2. Composite material & dispensing prescription

Brand
Product
Density
Volumetric shrinkage
Target dispense volume
Prescribed mass

3. Incremental curing schedule

Layer Increment Thickness Volume Mass Light cure

4. Post-restoration closed-loop check

Outcome
Cavity volume filled
Volumetric deviation
Margin flash area
Material waste
Feedback factor k

Generated by the Greenmix research prototype. Dimensions are photo-based estimates that depend on the scale calibration; depth is modelled from the probe reading, not measured. Verify clinically. Not a medical device.