Self-developed AI algorithm

The system uses a proprietary AI skin-analysis algorithm and processes data locally to analyze skin features and present results.

Proprietary AI skin-analysis algorithm, local processing and facial skin assessment

Skin Feature Annotation

Annotate facial images by circling or marking local skin features and adding notes. Save annotations for reference and record keeping.

Image annotation, facial images, skin-feature labels, notes, point markers and record keeping

Intuitive Interface

A clear, consistent interface is designed to make common tasks easier to learn and navigate.

Intuitive interaction, clear interface and consistent controls

Longitudinal Comparison

Compare records from two time points to review overall skin condition and pigmentation changes. Quantified comparisons can help assess changes before and after a treatment course.

Longitudinal comparison, historical records, skin-condition and pigmentation review, quantified differences and before-and-after assessment

Manual Region Selection

Select a local skin region for image comparison, such as a spot or an area with a different texture. This supports laboratory capture, academic comparison, before-and-after care reviews and long-term tracking.

Manual region selection, local feature comparison, spot and texture review, laboratory capture, academic comparison and long-term tracking

Independent Region Analysis

Add or remove a selected region from the statistics list and measure it independently, including area, feature score and pigment proportion.

Region statistics, independent measurement, area, feature score, pigment proportion and localized skin comparison

Skin Analysis Reports

Create case-style reports with embedded skin-analysis images. Reports can be exported, printed and archived to support comparison, clinical communication and record keeping.

Case-style reports, embedded analysis images, export and print, multidimensional skin data, comparison, clinical communication and record archiving

Local Processing and Storage

An integrated industrial computer processes and stores model data locally, supporting data privacy and local record retention.

Local processing and storage with an integrated industrial computer to support data privacy

Analysis and Design

The system supports facial simulation tools for customized aesthetic planning and review.

Simulation and Quantification

Combine 3D simulation and quantitative review. Use free-form sculpting to create designs and compare pre- and post-treatment results across points, lines, areas and volumes.

3D simulation, quantitative assessment, free-form sculpting, pre- and post-treatment comparison and multidimensional review

FAQs

Frequently Asked Questions

ZETTA is CASZM’s 3D skin analysis system, combining multispectral imaging and 3D scanning for skin analysis and facial simulation.

ZETTA captures 56-megapixel texture maps in under 25 seconds, with 0.02 mm repeatability and ±0.2 ml volume measurement accuracy. See the product specifications for details.

Multispectral imaging supports analysis of spots, wrinkles, texture, pores, red and brown areas, and UV spots.

Yes. ZETTA supports 3D simulation and free-form editing, with pre- and post-treatment comparisons across points, lines, surfaces, and volume.

Model data is stored locally on the device computer, and the system can be used without an internet connection.

ZETTA is designed for beauty clinics and medical aesthetics practices for skin analysis, consultations, and pre- and post-treatment comparisons.