FaceShift

Reshape, not reconstruct.

A 30-second scan becomes a series of biocompatible aligners: 3D-printed, custom-fit and worn, and gently corrective.

Backed by UCSF Innovation Ventures
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Material · Specimen 04-A

Medical-grade biocompatibility, printed in a single pass.

Each custom guide is made from biocompatible material. Optical clarity lets clinicians track tissue progress through the device without removal.

Rotating view of a custom FaceShift alignment guide
Geometry · Patient-specific

Tailored to each patient, by clinicians who know them.

Each guide is custom-fit from a 3D print, sometimes in one piece and sometimes in two, to fit a wide range of ages and anatomy sizes. FaceShift primarily acts on cartilage and may also influence bone remodeling.

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Material Medical-Grade Biocompatible Material
Thickness Ultra-thin
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A guide shaped around each patient.

A clinician captures a contact-free 3D scan in a clinic
STEP 01

Capture a 3D scan

A quick, contact-free scan records the patient's anatomy for a precise starting model.

A care team reviews a digital model to plan a custom fit
STEP 02

Plan a custom fit

The care team shapes a guide around the patient's anatomy, age, and treatment goals.

A custom craniofacial guide is 3D-printed
STEP 03

3D-print the guide

A biocompatible guide is custom-made from the scan, in one piece or two as the fit requires.

A clinician checks the placement of a custom guide
STEP 04

Fit with the care team

Clinicians check placement and help families follow a comfortable, consistent wear plan.

A child rests wearing a clear custom ear guide
STEP 05

Wear day and night

The guide is custom-fit and worn as directed, with a clear design that supports clinical checks.

The care team reviews progress and adapts the next guide
STEP 06

Review and adapt

Follow-up tracks progress and informs each next guide as anatomy and treatment needs change.