SmileCraft Hero
POWERED BY 50+ CLINICAL STUDIES & COMPUTER VISION

Transform Your Smile
Without Surgery

AI-powered smile design platform that converts dental scans into photorealistic simulations. Built on more than 50 clinical research studies.

Based on peer-reviewed research in facial symmetry, proportions, and dental aesthetics

BEFORE
Before smile transformation - Woman
AFTER
After smile transformation - Woman
10+ facial landmarks mapped
BEFORE
Before smile transformation
AFTER
After smile transformation
ML-powered aesthetic analysis
PEER-REVIEWED RESEARCH

Your Smile Impacts Your Life

Research consistently demonstrates the diverse, wide-ranging benefits of an attractive smile. Our AI is built on these scientific principles.

Higher Career Success

Attractive people earn 10-15% more and are perceived as more qualified in job interviews

Better Dating Outcomes

Facial attractiveness predicts success in speed-dating and long-term relationships

Increased Trust & Likability

Facial proportionality is significantly associated with higher ratings of trustworthiness

Boost Self-Confidence

Attractive people report higher well-being and are less likely to suffer from mental health issues

Stronger First Impressions

Smiles and facial features are the most significant predictors of first impressions

Enhanced Quality of Life

Attractive faces receive better treatment in healthcare, education, and legal systems

01

The Science of Smile Aesthetics

Our AI analyzes facial proportions, symmetry, and dental aesthetics based on decades of clinical research — not myths or marketing.

The Golden Ratio Myth

While the golden ratio (phi = 1.618) is popular in aesthetics, recent research shows facial proportionality and symmetry are better predictors of attractiveness than strict golden ratio adherence (Schmid et al., 2008).

Our AI uses evidence-based proportions, not myths.

Facial Symmetry

Symmetrical faces are consistently rated as more attractive across cultures (Rhodes et al., 1998). Our computer vision algorithm detects facial asymmetries and suggests symmetrical smile designs.

10+ facial landmarks analyzed for symmetry

Facial Proportions

UPenn Neuroaesthetics found that facial proportionality significantly predicts attractiveness and trustworthiness. Attractive women share: increased upper facial third, smaller face, more voluminous lips.

Anthropometric measurements guide design

What Does Clinical Research Tell Us?

  • Facial symmetry matters more than you think: Studies show symmetrical faces are rated as significantly more attractive (Psychonomic Bulletin & Review, 1998)
  • The golden ratio is overhyped: Recent research finds no convincing evidence linking the golden ratio to idealized human facial proportions (Journal of Dental Panacea)
  • Proportionality beats perfection: Balanced facial proportions are stronger predictors of attractiveness than strict mathematical ratios
  • Cultural variations exist: While symmetry is universal, ideal proportions vary across ethnicities (PMC - Intercultural Differences, 2010)
02

How SmileCraft AI Works

Advanced computer vision, machine learning, and OCR technology transform dental scans into clinical-grade smile simulations.

3D Dental Scanner
STEP 1

3D Intraoral Scan Capture

Patient's mouth is scanned using standard intraoral scanners. The 3D scan captures precise dental geometry, bite alignment, and gum structure.

Technology: Compatible with major dental scanner platforms
Data Analysis
STEP 2

OCR & Measurement Extraction

Optical Character Recognition (OCR) extracts dental measurements from scan metadata. AI reads tooth dimensions, inter-dental spacing, arch width, and gum contours from the 3D model.

Technology: Custom OCR trained on dental terminology | Extracts 50+ clinical measurements automatically
Facial Recognition Technology
STEP 3

Computer Vision Facial Mapping

Patient's facial photograph is analyzed using computer vision algorithms. We map 10+ facial landmarks including lip corners, philtrum, chin contour, nose base, and facial midline.

Technology: Facial landmark detection | Symmetry analysis | Proportionality scoring
AI Machine Learning
STEP 4

Machine Learning Aesthetic Analysis

Our machine learning model, built on 50+ clinical research studies and clinical aesthetic standards, generates personalized smile designs. The AI considers: facial symmetry, proportions, ethnic variations, age, and gender.

Technology: Deep learning trained on Thai/Asian faces | Cultural aesthetics engine | Evidence-based proportions
Realistic Rendering
STEP 5

Photorealistic Rendering

The final smile simulation is rendered using generative AI and composited onto the patient's photograph. Result: clinical-grade visualization showing their future smile.

Technology: Stable Diffusion + ControlNet | Real-time rendering | Clinical-grade accuracy

Technical Specifications

10+
Facial landmarks mapped
50+
Research
90s
Processing time
03

Research-Based Projections

These figures are projections based on research and preliminary studies. Not yet proven in real-world settings.

1.8x
Conversion Lift
30% → 55% booking rate
+47%
Case Value Increase
75K → 110K THB average
-60%
Consultation Time
45 min → 18 min average
2-5M
2-5M THB Revenue
Incremental from same volume

Study Design: 6-month pilot with The S Clinic, Bangkok | N = 387 smile simulations | Single-location study

Disclaimer: These figures are research-based assumptions and have not yet been proven in real operational settings. Actual results may differ from projections and are not guaranteed.

Frequently Asked Questions

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