Below you can find the member companies that have capabilities in this area and their position within the value chain (depending on levels of maturity or TRL’s)
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TRL4 – Diagnosis of injuries and estimation of the affected area in skin using optical techniques based on hyperspectral vision in real time.
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TRL9 – Hyperspectral image technologies.
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TRL1-4 – Analysis techniques available to companies or institutions. Specifically, Small and Wide Angle Scattering techniques that allow the skin to be studied structurally, as well as its changes when there is a disease or when a dermatological product is applied.
Infrared technique to see penetration of a product in the skin as well as its effects at a biochemical level.
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TRL9 – an accredited laboratory for:
- Validation of opto-electronic parameters and reliability tests of components and equipment.
- Evaluation and verification of CE marking in accordance with applicable regulations.
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TRL6 – Skin color measurement systems.
TRL6 – 3D Metrology: Measurement of surface roughness, high resolution topography systems for the monitoritization of wrinkles, cellulite, etc.
TRL6 – Large area surveying systems.
TRL5 – Development of applications based on multispectral analysis.
TRL5 – Development of multispectral goniometric systems.
TRL7 – Melanoma diagnosis systems.
TRL5 – Development of instrumentation prototypes and optical sensors.
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TRL7-8 – Device to detect pimples on the skin with focus on the quantification of allergic reactions.
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TRL3 – User-friendly bio-sensor based on nano-photonics.
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TRL4-7 – Support in the conceptualization and development of prototypes, at the hardware level.
TRL4-7 – Development of software for the analysis and treatment-processing of digital information gathering systems.
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TRL5 – Skin color characterization.
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TRL6 – Development of a spectrophotometer for the skin.
TRL6 – Characterization in UV (UVA, UVB and UVC) on eye damage.
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TRL1-4 – Advanced microscopy techniques and sensors for in vivo measurements.
TRL4 – Imaging techniques: photoacoustics and laser speckle as non-invasive characterization and diagnosis tools for skin lesions, which allow the analysis of several layers of the skin (greater penetration capacity).
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TRL8-9 – NIR and SWIR spectroscopy, Hyperspectral SWIR image. No experience in Cosmetics but in the food and pharma sectors in topics such as:
- Characterization of aromas in potato chips
- Microscopic observation for the determination of particle size
- Characterization of mixtures for the detection of adulterations in food
- Determination of the endpoint in mixtures for drugs
- Quality control for the detection of foreign bodies and identifications
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TRL9 – Devices – spectrometers and spectrophotophers.
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TRL4-5 – Dermatology lesion characterization line with pilot in a sanitary network.
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TRL1-4 – Project on the study of cellular cytochromes, absorption light peak and processes in which they act and the deepening in the study of blue and green light for its possible medical and aesthetic application.
The consequences of the absorption of blue and green light on the skin are poorly understood. There are about 120 cellular cytochromes. If they absorb light they need it for the development of their function and it is unknown from most of them and their influence on other processes.
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TRL9 – Confocal Raman imaging system for the skin study.