OLÉ: Facial Imaging System with Overhead Lighting Environment
Canfield’s novel imaging system, with an open-air Overhead Lighting Environment (OLE) facilitates clinical assessment of facial skin aging attributes by simulating how the subject is perceived by the human eye in everyday settings. Historically, facial skin imaging has been accomplished using closed imaging environments for illuminating the subject with uniform diffused lighting, while eliminating unwanted effects of ambient light. While a closed environment is also ideal for fluorescence and absorption imaging, direct illumination and secondary reflections may reduce contrast of skin topographical features. Natural lighting, under which a subject’s face is typically perceived, is overhead and directional. Directional / raked lighting reveals surface textures by illuminating features facing the light, while creating shadows for those facing away.
Recent News in White Paper/Editorials
- Quantitative Analysis of Facial Features
- Prevention of Melasma Relapses With Sunscreen Combining Protection Against UV and Short Wavelengths of Visible Light: A Prospective Randomized Comparative Trial
- Comparative Analysis of Total Body and Dermatoscopic Photographic Monitoring of Nevi in Similar Patient Populations at Risk for Cutaneous Melanoma
- The significance of Shallow Thermal Effects from a laser on Collagenous Fibrous Septae and Reticular Dermis
Most Recent News
- "Safety and Efficacy of Renuvion Helium Plasma to Improve the Appearance of Loose Skin in the Neck and Submental Region" Featured in Aesthetic Surgery Journal
- "An Intelligent Diagnostic Model for Melasma Based on Deep Learning and Multimode Image Input" Featured in Dermatology and Therapy
- "Investigation of the Precision of the VISIA® Complexion Analysis Camera System in the Assessment of Skin Surface Features" Featured in GMS Interdisciplinary Plastic and Reconstructive Surgery DGPW
- "Measurement of the Effects of the IMAGE MD® Skin Care Regimen on Skin Surface Features Via Modern Imaging Technology with the VISIA® Complexion Analysis Camera System" Featured in GMS Interdisciplinary Plastic and Reconstructive Surgery DGPW