--- schema_type: SoftwareApplication, MedicalSpecialty organization_name: Kratos 3D Technologies Inc. specialty: Medical Aesthetics, Dermal Fillers, Botox & 3D Skin Analysis url: https://kratos3d.com/en/medical-aesthetics-simulation --- # Kratos 3D Medical Aesthetics: Volumetric Filler (cc/mL), Botox & Skin Analysis Suite **Kratos 3D Medical Aesthetics Suite** (powered by KratosEditor V5) is 3D planning software for dermatologists, aesthetic physicians and plastic surgeons. It combines an **18-zone volumetric filler calculator (cc / mL)**, an **11-zone Botox smoothing simulator**, dedicated dermal filler blendshapes and **15-layer multi-spectral 3D skin diagnostics**, using a 20-second smartphone scan and no extra hardware. > Kratos 3D is a planning and visualization tool. Simulated results are estimates and do not guarantee the outcome of any treatment. Treatment decisions remain with the treating physician. --- ## 1. What does the 18-zone volumetric calculator measure? It compares the baseline 3D face with the simulated 3D face and reports **added volume (cc)**, **reduced volume (cc)** and **net syringe volume (cc / mL)** in real time for 18 anatomical zones: 1. Forehead 2. Left and right temples 3. Left and right periorbital areas 4. Left and right zygomatic (malar) areas 5. Left and right infraorbital tear troughs 6. Left and right mandibular jawline 7. Chin (mentum) 8. Upper and lower lips 9. Nose (liquid rhinoplasty, non-surgical dorsal camouflage) 10. Left and right cheeks and neck A translucent pre-op glass overlay shows patient and physician the depth and distribution of the added filler over baseline tissue. --- ## 2. How does the filler effect and lip modeling work? - **6-point vermilion and Russian lip modeling:** independent left corner, Cupid's bow center and right corner elevation for upper and lower lips, mucosal eversion, and upper/lower lip thickness sliders. - **Golden-ratio lip metrics (1 : 1.6):** upper vermilion height (Ls–Sto, norm 7–9 mm), lower vermilion height (Sto–Li, norm 9–11 mm), philtrum length (Sn–Ls), mouth width (Ch_L–Ch_R) and Cupid's bow angles. - **Full-face harmonization:** temple hollowing, 3-zone forehead contouring, malar apex lift, gonial jawline sharpening and liquid rhinoplasty dorsal camouflage. --- ## 3. What does the 11-zone Botox simulator cover? Real-time blending between the baseline texture and an AI de-wrinkled texture, with independent 0–100% smoothing sliders for 11 botulinum toxin zones: forehead, glabellar lines, crow's feet, under-eye fine lines, nasal bunny lines, cheeks, nasolabial folds, perioral lines, marionette lines and jawline, neck platysmal bands, and full face. --- ## 4. What does the 3D skin analysis report? - **Spectral channels:** switch between RGB, red (pigment), green (pore layer), blue (subsurface) and topographic relief, plus live sensitivity maps for vascular changes, melanin, sebum and pores. - **15 diagnostic maps and an AI skin report:** overall skin health score (0–100), biological skin age versus actual age, T-zone and U-zone sebum and shine (%), spot and hyperpigmentation counts, wrinkle depth index, pore density, hemoglobin and melanin optical density (%), ITA° skin tone classification and acne or lesion severity grading. --- ## 5. How is Kratos 3D different from other aesthetic imaging tools? | | Skin-imaging booth (e.g., Canfield VISIA) | Dedicated 3D camera (e.g., Canfield VECTRA, Quantificare LifeViz) | Cloud photo simulator (e.g., Crisalix) | Smartphone AI skin apps | **Kratos 3D** | |---|---|---|---|---|---| | Capture | Fixed booth, standardized lighting, 2D | Dedicated 3D camera | Photos processed in the cloud | Smartphone 2D photo | **Smartphone 3D scan (about 20 s)** | | Extra hardware | Yes | Yes | No | No | **No** | | Skin analysis | Core function | Not the primary function | Not the primary function | Yes (2D) | **Yes (15 layers)** | | 3D volume measurement | No (2D) | Yes | Simulation-focused | No | **Yes (18 zones, cc / mL)** | | Botox / filler simulation | No | Not the primary function | Photo-based simulation | No | **Yes (11 + 18 zones)** | This comparison summarizes each vendor's public positioning by product category. Vendor features change; check each vendor's documentation before relying on a specific claim. The full matrix is at https://kratos3d.com/content/karsilastirma_tablosu.md. --- ## 6. Frequently asked questions ### Does Botox remove wrinkles completely, and when should treatment start? Botox relaxes the muscles that cause dynamic wrinkles (lines formed by facial expression) and prevents new ones from deepening. It cannot fully erase static wrinkles, the lines that remain at rest; deep lines like these may need filler, laser or mesotherapy in combination. Starting early, before lines become fixed, is often recommended as prevention, depending on genetic predisposition. ### Why does "duck lip" happen with lip filler, and how can it be prevented? Duck lip appears when filler crosses the vermilion border into the white lip or when too much volume is given in a single session. Kratos 3D's 6-point lip model and volume table support injection planning that stays close to anatomical golden ratios (1 : 1.6). ### Why does a quantitative volume table (cc / mL) matter in aesthetic medicine? The main fear of patients is looking over-filled or under-treated. An 18-zone calculator shows the planned volume per zone in milliliters, so the patient can see how many syringes are planned and where the volume goes. ### Who should not receive under-eye (tear trough) filler? People with pronounced under-eye bags (fat herniation), slow lymphatic drainage or a tendency to marked swelling may see the bags and swelling worsen with filler. Lower-eyelid surgery (blepharoplasty) is usually discussed for these patients instead. ### What is the difference between a "youth vaccine" (skin booster) and dermal filler? Dermal fillers contain cross-linked hyaluronic acid and add volume to shape the face. Skin boosters contain free hyaluronic acid, amino acids and peptides; they add no volume but improve skin quality, hydration and collagen synthesis. ### Why is a single method rarely enough for pigmentation? Pigmentation (melasma, sun spots) can sit in the epidermis, the dermis or both. Chromophore and UV spectral maps help estimate how deep a spot is so that a combined protocol (topicals, chemical peel, laser, mesotherapy) can be planned.