Applications Imaging Systems

3D Skin Care & complexion analysis

Rethink skin analysis by evaluating your patient’s skin complexion with multivariate analysis to recommend skin care products and develop a treatment plan.

Assess your patient’s skin health based on eight criteria (Wrinkles, Oiliness, Pores, Eveness, Red spots, Red map, Brown spot, Brown map) and determine treatment options more comprehensively. With a simple color display, your patient assess their skin condition using multivariate analysis. Go even further in your assessment thanks to the scores which illustrate improvements after treatment by measuring the severity of each criterion.

Benefit from accurate metrics thanks to 3D skin evaluation which captures the depth of wrinkles and pores and allows you to visualize and assess the evolution and efficacy of your treatment.


“A picture is worth a thousand words” - Improve patient education and follow-up by creating personalized reports.

Compute all the scores in a customized Skin Care, complexion report and make your recommendations.

Generate your own library of skin care products and treatments and make personalized recommendations by selecting them in your catalog browser.

The report provides a reference tool to guide the physician and informs the patient of the best aesthetic or cosmetic interventions.

Ultimately, the Skin Care report becomes an ideal tool for the aesthetic expert to develop a ‘treatment dialogue’ with their customers which may result in increased conversions, repeat business and loyalty.


Before after comparison

The LifeViz® technology enables quantification of volume, shape and measurement changes.

The accurate 3D reconstructed images are aligned using 3D matching to offer greater precision. With one click, the before and after images overlap so that the slightest change can be detected.

Visualize the achieved results by using one of various comparison features:

  • Heat map

The increase in volume is highlighted in hot colors (orange and red) and the decrease in cold colors (blue).

The colors represent changes that have been detected which enable you to select the procedure area and quantify the change in mL.

  • Measurement assessment

Objectively assess baseline measurements and compare them between visits. You can now easily achieve facial-harmony, breast-symmetry and track minimal body changes.

  • Silhouette

Compare the changes between visits by displaying an overlay of the before and after 3D images.

  • Slider

Move the cursor up and down or from side to side to track the minor changes in patient’s anatomy.

  • Side by side

Get standardized images (with consistent lighting, scale and angle) for accurate comparisons.

aesthetic simulation

3D aesthetic simulation software

The 3D image to communicate
The Face Shaper module enables to illustrate treatment options directly on the patient face. The communication becomes easier with your patient that sees instantly the results of procedures applied to his face in three dimensions. As an aesthetic specialist, you can adjust your patient expectations based on his desires and anatomy.

Convince and reassure your patients
Visually check if you are aligned with your patient mind and export your simulation as a reminder for the upcoming procedure.

Booked more procedures
Increase your number of procedures done by demonstrating facial harmony obtained by combined therapies.

The aesthetic procedures simulated can be:
✓ Rhinoplasty
✓ Fat neck removal
✓ Hyaluronic acid injections
✓ Botulinum toxin injections
✓ Lip augmentation
✓ Chin augmentation
✓ Double eye lid

reconstruction skin surface

3D reconstruction of skin surface

In September 2007, QuantifiCare launched the first portable 3D camera device for Dermatology, Aesthetics and Wound Healing which allowed to reconstruct the skin surface of patients in 3D, based on the principles of stereovision.


Our 3D LifeViz® cameras allow you to view:

  • the skin surface and reconstruction of any body parts
  • 3D reconstructions of full face by stitching together a minimum of three pictures captured at different angles.
  • 3D reconstructions of breast by stitching together a minimum of four pictures captured at different angles.