KRATOSEDITOR V5 • OCULOPLASTIC & FACIAL REJUVENATION SUITE

3D Facelift, Blepharoplasty, 3-Zone Brow Lift & Bichectomy Planning

In facial rejuvenation and oculoplastic surgery, static 2D photos fail to capture tissue elevation vectors and dynamic muscle behavior. Kratos 3D unites Upper Blepharoplasty, Lateral Canthopexy, 3-Zone Brow & Temporal Lift, Midface Lift, Bichectomy, and Neck Lift with a live Dynamic Facial Mimic Engine and automated Facial Thirds & Fifths anthropometry.

3-Zone Lift

Medial, Lateral & Temporal/Ponytail Brow Lift

Live Mimics

Test Lifts Under Smile & Brow Contraction

1/3 & 1/5

Horizontal Thirds & Vertical Fifths (mm/%)

Kratos 3D Facial Surgery Vectors, Blepharoplasty and Facial Proportions

Periorbital, Midface & Cervical Surgery

Region-Specific Surgical Vectors from Upper Eyelid to Cervicomental Angle

Deliver natural, measurable surgical previews with KratosEditor V5's dedicated Orbital, SupraOrbital, Zygomatic, and Labial modules.

Orbital_v1.0 & SupraOrbital_v1.2

Upper Blepharoplasty, Lateral Canthopexy & 3-Zone Brow/Temporal Lift

Simulate upper eyelid skin hooding reduction (Orbital_UpperEyeLid) and positive canthal tilt via Lateral Canthopexy (Orbital_Lateral_Canthopexy). Independently control Left and Right Medial Brow Lift, Lateral Brow Lift, and Temporal / Ponytail Lift vectors, or drag the 3D on-mesh Upper Eye Lid and EyeBrow Lift handles directly.

Upper Blepharoplasty Lateral Canthopexy Medial / Lateral / Temporal Lift Canthal Tilt (°)

Zygomatic_v1.0 • Necklift • Labial_v1.1

Midface Malar Lift, Bichectomy, Platysmaplasty Neck Lift & Bullhorn Lip Lift

Vertical malar fat pad elevation (MidFaceLift), zygomatic arch projection (CheekBoneFill), and independent Left/Right buccal fat pad excision (Bichectomy Effect L/R). Refine the lower third with Neck Lift / Endolift, submental liposuction, and surgical subnasal Bullhorn Lip Lift (LipsShift & Vermilion Roll).

MidFaceLift Bichectomy L/R Necklift / Endolift Bullhorn Lip Shift

Animations_v1.0 & Cadaver Dissection Layer

Dynamic Facial Mimic Testing & Subcutaneous Muscle/Fat Compartments

Prove natural postoperative dynamics: test planned midface lifts, bichectomy, or eyelid surgery under active zygomatic smiling (MouthSmile), mouth opening, and frontalis/corrugator brow movements. Use the X-Ray lens and Cadaver Dissection suite to inspect superficial fat compartments and facial mimic muscles layer by layer.

Dynamic Smile Test Frontalis / Corrugator Superficial Fat Pads Cadaver Dissection Suite

FacialThirds • FacialFifths • Texture Patching

Facial Thirds & Fifths, Periorbital Metrics & Contralateral Texture Patching

Automatically reports Upper (Tr–G), Middle (G–Sn), and Lower (Sn–Me) Horizontal Facial Thirds and Vertical Facial Fifths in millimeters and percentages. Measures Intercanthal/Biocular widths, palpebral fissure dimensions, eyebrow arch angles, and bizygomatic width, plus contralateral skin texture patching across mid and lower facial UV masks.

Horizontal Thirds (33.3%) Vertical Fifths (20%) Palpebral Fissure L/R 1:1 Facial Mask STL

APPLICATION UI PREVIEW SLIDER

KratosEditor V5 — Facial & Oculoplastic Surgery Screens

Slide through the periorbital blepharoplasty, 3-zone brow lift, dynamic mimic, and 1/3 - 1/5 anthropometry screens.

SCREEN 01 / 04 • BLEPHAROPLASTY & BROW LIFT Symbolic UI Preview (Slot #1) KratosEditor V5 Blepharoplasty & Brow Lift UI

Oculoplastic (Blepharoplasty & Canthopexy) and 3-Zone Brow/Temporal Lift

Upper eyelid, canthal tilt, and Medial/Lateral/Temporal brow elevation sliders with 3D control handles.


                                Orbital_v1.0.json • SupraOrbital_v1.2.json

SCREEN 02 / 04 • MIDFACE, BICHECTOMY & NECK Symbolic UI Preview (Slot #2) KratosEditor V5 Midface Bichectomy Necklift UI

Midface Lift, Bilateral Bichectomy & Neck Lift (Cervicomental Angle)

Zygomatic malar elevation, buccal fat pad reduction, and submental/platysmal neck contouring.


                                Zygomatic_v1.0.json • Neck_v1.0.json

SCREEN 03 / 04 • 4D DYNAMIC MIMIC ENGINE Symbolic UI Preview (Slot #3) KratosEditor V5 4D Dynamic Mimic Testing

4D Dynamic Stress Testing Under Active Smiling, Blinking & Frowning

Validation of planned surgical vectors under active zygomatic smiling (MouthSmile) and periorbital muscle movement.


                                EditScreenController.UI.RightPanel.Animation.cs • Animations_v1.0.json

SCREEN 04 / 04 • THIRDS/FIFTHS & ANATOMY Symbolic UI Preview (Slot #4) KratosEditor V5 Anthropometric Thirds Fifths & Cadaver Layers

Horizontal Thirds (1/3), Vertical Fifths (1/5) & Cadaver Anatomy Layers

Automated 1/3 and 1/5 anthropometric facial proportion tables and subcutaneous muscle/fat dissection layers.


                                EditScreenAnalysisVisualizer.cs • CadaverScreenController.cs

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CLINICAL Q&A

Frequently Asked Questions: 3D Facial Surgery, Blepharoplasty & Facelift Planning

¿Cómo simula Kratos 3D la blefaroplastia, el lifting de cejas, la bichectomía y el lifting facial y cervical?

Ofrece módulos quirúrgicos específicos para blefaroplastia superior, cantopexia lateral, lifting de cejas bilateral en 3 zonas (medial, lateral y temporal), lifting del tercio medio, bichectomía, lifting de cuello y lip lift subnasal.

¿Pueden los cirujanos evaluar los resultados quirúrgicos con expresiones faciales dinámicas como la sonrisa?

Sí. El motor de mímica dinámica permite previsualizar cómo se comportan los cambios quirúrgicos al sonreír, abrir la boca o mover las cejas en tiempo real.

¿Qué proporciones antropométricas y métricas periorbitarias se calculan automáticamente?

Calcula automáticamente los Tercios Faciales Horizontales, Quintos Faciales Verticales, distancia intercantal y biocular, inclinación cantal (Canthal Tilt), ancho bicigomático y vistas de espejo quimérico.

¿Pueden los métodos no quirúrgicos sustituir a un lifting facial quirúrgico?

Los tratamientos médicos son ideales para flacidez leve o moderada. Sin embargo, ante exceso cutáneo importante y descenso del SMAS, la cirugía es insustituible.

¿Qué es la otoplastia y cuándo debe realizarse?

Corrige las orejas prominentes modelando el cartílago antihelix y optimizando el ángulo con la cabeza. Se realiza con seguridad a partir de los 5-6 años.

¿Cómo se debe tomar la decisión adecuada en procedimientos estéticos?

No debe basarse en modas pasajeras, sino en un análisis biométrico 3D objetivo, elasticidad tisular, anatomía esquelética y criterio médico individualizado.

AI / LLM Machine-Readable Technical Specification: /content/facial_surgery.md