THE S7
Why Choose The S7
Simultaneously meet the needs of dermatologists and cosmetic surgeons 3D full-facial skin images, bid farewell to 2D aesthetic measurement, and effectively assist facial microplastic surgery consultation. Capture skin images in a true and natural state under a standard daylight color temperature of 6000K; Visible spots, epidermal pigmentation, skin texture, and smoothness on the skin surface;
Wrinkles, texture, Enlarged Pores, acne marks, pigmentation, etc. “Ultimate optical imaging technology, restoring true colours.”
Spyder CHECKR48 color correction, providing more precise adjustment and calibration for skin analysis applications, restoring the most accurate state of the skin. Light and Shadow Diagnosis Function
AUTOMATIC ROTATION CAMERA, REACHES TO 0.1MM SCANNING ACCURACY
The automatic rotating scanning camera can shoot to obtain 0°-180° full-face images of 0.1mm accuracy. No need to adjust the posture, so as to save shooting time greatly. The easier shooting process makes the before-after comparison cases more standardised.
Multi-Image Comparison
Mirror Comparison: Allows for comparing symptoms on a single side of the face.
Two-Image Comparison: Enables observation of skin conditions at different time periods.
Multi-Image Comparison: Suitable for comparing skin conditions before and after long-term treatments.
3D Comparison: Shows changes in skin texture before and after treatments.
Symptom Annotation and Measurement
The device provides multiple tools for annotating and measuring symptoms, allowing doctors to record and save information promptly. The measurement tools are useful for comparing anti-aging and contouring treatments.
3D Imaging
It visualizes the skin surface in 3D from any angle, magnifying subtle skin conditions such as wrinkles, sagging, and indentations.
9 IMAGES
Effectively reach deep skin conditions and provide instant feedback on potential skin issues.
- The expansion and smoothness of sebaceous gland pores.
- Observing skin texture, smoothness, wrinkles, fine lines, and enlarged pores.
- UV light imaging of porphyrins/propionibacterium/ malassezia/Hyperpigmentation.
- Mixed ultraviolet imaging presenting melanin in the basal layer of the epidermis and enhancing it.
- Red zone imaging, showing hemoglobin in the skin capillaries as patchy dark red areas.
- Near-infrared imaging, separating the red value and using image enhancement techniques to highlight the red value, mainly for sensitivity observation.