Pixience Cloud : New 2024 Catalogue

15 February 2024

Explore new dimensions in your studies with Pixience Cloud, a revolutionary web-based platform. Enrich your analyses with customized expert processing, optimize your budget with our pay-per-image model, and discover exclusive metrics and illustrations.

To access our 2024 catalog and dive into the world of Pixience Cloud, click here and select “Pixience Cloud” then “Get Cloud Catalog”. Don’t miss your chance to preview the unique analyses we offer. Transform your approach to research with Pixience Cloud today!

Rosacea Severity

Rosacea is a chronic, inflammatory skin condition that most often appears on the face. Small blood vessels, characteristic of spider veins, are often visible in the affected areas, associated with telangiectasias. Various treatments are available to reduce the signs and symptoms of rosacea.

Using state-of-the-art line detection algorithms, we detect the most visible vessels on the skin surface. We then produce two different measurements: the total length of the detected vessels (in mm) and the cumulative surface area of these vessels (in mm) as a means of expressing skin quality. It is advisable to also measure the overall redness of the area (with an erythema index). Illustrations are provided to show the location of vessels detected as a red overlay on the original images.

This analysis can prove the efficacy of your products’ anti-couperose agents, or the effectiveness of laser treatments.

Amount of pollution particles

In the cities, skin is constantly under attack from pollen, dust, cigarette smoke and pollution. These aggressions induce wrinkles, clog pores and dehydrate the skin. To protect it, many skincare products act like urban shields, preventing particles from adhering to the skin.

Thanks to its patented chromatic calibration, the C-Cube generates precise, reproducible color measurements. This precision, combined with specialized image processing, sets the C-Cube apart in the detection and measurement of pollution particles. Our advanced scientific approach, based on automatic image processing, ensures accurate identification of contaminants.

The results of this methodology materialize as processed images highlighting particle detection. In addition, a detailed spreadsheet is generated, providing a precise percentage of the surface area impacted by pollution over the entire study area. Enjoy exceptional analytical clarity as you explore the potential of the C-Cube.

This analysis is typically used to prove the following product claims: anti-pollution, detoxifying, anti-oxidant, cleansing.

3D analysis of pores

Skin pores are responsible for the flow of sebum and sweat. Their size and concentration vary depending on the area of the body. Many cosmetic products aim to act on their size, as dilated or enlarged pores give the skin an irregular, rough appearance.

Our expertise resides in the ability to accurately detect, count and measure pores. With our 3D analysis, we add an extra dimension by assessing their depth. This three-dimensional approach improves detection sensitivity, enabling a more accurate assessment of pore depth and filling.

This three-dimensional pore analysis is an essential tool for evaluating the effectiveness of your products in reducing pore size and refining skin texture. By entrusting us with your images, you’ll benefit from in-depth analysis and unprecedented rendering, enabling in-depth optimization of your product development. This scientific approach offers a rigorous perspective from which to highlight and accurately document the exceptional results achieved. Send us your images, and we’ll provide a rigorous, scientific analysis to strengthen your position in dermocosmetic research and development.