Simulação de remodelamento nasal com rotação da ponta, altura do dorso, parâmetros da base alar e precisão de malha anatômica de 468 pontos.
468-Point Mesh Precision
Anatomically constrained nasal restructuring using 468-point mesh technology to ensure functional and aesthetic harmony.
Nasolabial Angle
78-93°
Goode's Ratio
0.55-0.60
Phi Ratio
1.618
Try It Now
Upload a patient photo and explore surgical outcomes with our browser-based simulation engine. No downloads, no uploads — everything runs locally.
Launch SimulatorRhinoplasty is one of the most requested facial plastic surgery procedures worldwide. It addresses both aesthetic concerns — such as dorsal humps, bulbous tips, and asymmetry — and functional issues like a deviated septum or impaired nasal airflow.
Modern rhinoplasty techniques range from open approaches (with a small external incision) to closed approaches (entirely through the nostrils). Your surgeon selects the approach based on the degree of change needed and the complexity of the nasal anatomy.
Faceify Labs' simulation uses a 468-point facial mesh to model tip projection, rotation, dorsal height reduction, and alar base narrowing while preserving the patient's unique ethnic features and structural proportions. The simulation accounts for skin thickness, cartilage elasticity, and underlying bone structure to deliver clinically realistic previews.
Pacientes que desejam melhorar a forma, o tamanho ou as proporções do nariz, ou corrigir dificuldades respiratórias causadas por defeitos estruturais.
Recovery Time
7-10 days (splint removal), 2-4 weeks (swelling subsides)
Procedure Duration
1.5-3 hours
Typical Cost Range
$5,000 – $15,000
🇺🇸 United States
Traditional surgical morphing tools rely on simple 2D liquify filters that distort pixels without accounting for underlying anatomical structures. Faceify Labs uses an AI-native 468-point facial mesh that maps the unique topography of each patient's face in three dimensions. By identifying key landmarks — the nasion, tip-defining points, and alar-facial junctions — the algorithm creates a mathematically accurate digital twin.
One of the primary challenges in rhinoplasty is visual misalignment — when a patient's expectations diverge from surgical reality. High-fidelity AI simulation acts as a shared visual language. This transparency has been shown to increase consultation-to-booking conversion rates by up to 30%.
Upload a photo and preview your results with our AI-powered simulator — no downloads, no hardware, no data uploads.
Try Rinoplastia SimulatorChin projection, height, and width adjustment using Goode's ratio constraints and Ricketts E-line profile balancing.
💎Jaw narrowing, chin reshaping, cheekbone and masseter reduction for refined V-line facial profile with safety-rule engine.
💎Cheek slimming with buccal fat pad reduction, hollowing depth control, and identity-preserving symmetry correction.
Our 468-point mesh constrains deformation to anatomically valid ranges, preventing unnatural outcomes.
Faceify achieves 0.04mm RMSD accuracy across validated facial landmarks.
All processing happens in your browser. No images are uploaded to any server.
Yes — adjust parameters in real-time to explore different surgical approaches.
Disclaimer: Faceify Labs is an educational visual planning tool designed to facilitate patient-surgeon communication. It is not an FDA-cleared medical device. All previews are AI-generated approximations and do not constitute clinical diagnoses, treatment recommendations, or outcome guarantees. Actual results depend on individual anatomy, surgical technique, and healing response.
Images are processed entirely in-browser. No patient data is transmitted or stored on our servers.