FACIAL.SCAN — Input Quiz

New Scan

Scan Your
Client

Scan their eye & face anatomy — the system instantly matches it to their perfect lash design.

Facial Scanner Start Face Scan →

For subscriber use only · LASHESBYREB · @facial.scan

Step 1 of 4

Eye Shape

What is the client's eye shape?

Select the eye shape identified by the Robotic Scanning Component. We'll advance automatically as soon as you tap.

Almond Shape

Tapered elegantly at both the inner and outer corners — the most balanced, symmetrical eye shape

Round Shape

Visible white below the iris — open, circular appearance with a rounder lid crease

Slim Shape

Narrow vertical opening — a tighter, more elongated eye with a low or less-visible lid crease

Please select an option to continue.

Step 2 of 4

Eye Plane

What is the client's eye plane?

The eye plane is the angle of the inner corner to the outer corner of the eye, relative to a horizontal line drawn across the face at eye level.

Ascending Eye Plane

Outer corner sits higher than the inner corner — the eye naturally angles upward

Descending Eye Plane

Outer corner sits lower than the inner corner — the eye angles downward toward the temple

Even Eye Plane

Inner and outer corners sit at the same horizontal level — perfectly balanced plane

Please select an option to continue.

Step 3 of 4

Eye Set

What is the client's eye set?

Eye set is the distance between the inner corners of both eyes, measured relative to the width of one eye.

Proportionate Set

The distance between the eyes is equal to the width of one eye — balanced and centred

Wide Set

The gap between the inner corners is wider than one eye width — eyes sit further apart

Close Set

The gap between the inner corners is narrower than one eye width — eyes sit closer together

Please select an option to continue.

Step 4 of 4

Face Shape

What is the client's face shape?

Use the face shape detected by the Robotic Scanning Component to confirm the final design direction.

Oval

Balanced, slightly longer than wide — forehead and jaw are gently tapered

Round

Equal width and length — full cheeks, soft jawline, minimal angles

Square

Strong, defined jawline with similar width at forehead and jaw — angular proportions

Heart

Wider forehead that tapers to a narrow chin — often with prominent cheekbones

Diamond

Narrow forehead and chin with wide, prominent cheekbones as the widest point

Oblong / Long

Face length significantly exceeds width — elongated with relatively uniform proportions

Please select an option to continue.

Analysis Complete — FACIAL.SCAN

Formula Match — LBR System

Design #0

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Recommended Lash Design

Client First Name

Client first name is required to save.

Eye Shape

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Eye Plane

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Eye Set

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Face Shape

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Why This Design

Video Tutorial

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Video tutorial for this lash design

Design Reference Card

Application Instructions

Selecting the Right Curl

The Facial Scanning System identifies eye anatomy — it cannot assess natural lash curl, which must be evaluated from a side profile. Use the guide below to select the correct curl for your client's natural lash lift.

1. Curly Natural Lashes

Recommended curls: B, C, J — these complement existing curl without over-correcting.
Avoid: D or DD curl — extremely curly extensions on already-curly lashes can cause lashes to curl back toward the eyelid, leading to discomfort and misdirection.

2. Straight Natural Lashes

All curls perform as designed on straight natural lashes — C looks like C, D looks like D, L looks like L. Select based on the desired result and overall eye anatomy. No restrictions.

3. Downturned Natural Lashes

Recommended curls: L, L+, M, CC, D — or any L curl variant. These overcome the downward direction to create lift.
Avoid: B, C, J — softer curls on downturned lashes may reinforce drooping and fail to lift the eye.

Technique Notes

Client Script

Say this to your client

Optional — shorter version

Internal Note for Lash Techs

🔒 Professional Guidance

For the strongest client education and confidence when explaining measurements, we recommend deepening your understanding of anatomy-based measuring and design execution through continued professional education.