UV Light Spots 3D HD imaging reveals deeper pigmentation and acne flora that aren't visible to the naked eye. This helps surgeons identify and treat underlying skin issues, improving the accuracy of procedures and post-surgery outcomes.
EVA 3D™ uses cutting-edge 3D scanning and HD imaging to thoroughly analyze your skin, identifying texture issues, pore size, pigmentation, and inflammation. It also evaluates facial contours for aging trends and sagging, ensuring precise and tailored treatment plans.
EVA 3D™ is essential for medical and cosmetic professionals, providing pre-op assessments, predicting recovery, and enhancing results. Its clear visual data boosts patient trust, sets realistic expectations, and improves postoperative care and long-term outcomes
Featuring advanced four-spectral analysis, EVA 3D™ goes beyond surface-level examination by offering a thorough assessment from the deep dermis to the stratum corneum. This enables the facilitation of prompt and effective treatments.
UV Light Spots 3D HD imaging reveals deeper pigmentation and acne flora that aren't visible to the naked eye. This helps surgeons identify and treat underlying skin issues, improving the accuracy of procedures and post-surgery outcomes.
Cold Light 3D HD imaging highlights skin anomalies such as sunburns, freckles, acne marks, and wrinkles by making the skin appear whiter and more tender. This detailed visualization aids in precise diagnosis and treatment planning.
EVA 3D™ uses orange light (590-625nm) to detect dark spots and hyperpigmentation invisible to the naked eye in an HD 3D imaging that identify spots that differ in color. It provides thorough analysis for accurate diagnosis and treatment planning.
The Red Blood Map 3D HD imaging focuses on the condition of blood vessels and heme in the dermis and superficial skin layers. It helps surgeons observe conditions like acne, inflammation, rosacea, and spider moles, enabling targeted treatments.
Natural Light 3D HD imaging provides a clear view of spots and pigmentation on the skin's surface, visible to the naked eye. This straightforward visualization helps in assessing the skin’s texture and flatness, aiding in planning cosmetic procedures.