“Surgery is not just about technique—it’s about pre-planning.”
Richard Balikian, MD, FACS
Video coming soonFacial Surgical Intelligence
Understand the Structure.
Plan the Result.
Gain the vision others lack, and the advantage every surgeon wants. EVA 3D™ transforms not just how consultations are conducted, but provides tailored preparation for enhanced surgical outcomes.
Apply for the Pilot Program
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Facial Intelligence
How EVA 3D
Sees the Face
Six structural signals, mapped in real time — before a single incision.
EVA 3D™
Scan
Scan
Facial Volume Distribution
Asymmetry & Contour
Cheekbone Projection
Tear Trough Depth
Nasolabial Fold Structure
Temple Volume & Depth
Diagnostic Intelligence
13 Light Spectrum Views. One Face.
Every EVA 3D scan captures the face across thirteen distinct light spectrums, each engineered to surface a different diagnostic layer, from surface texture to deep dermal chromophores. Tap a view to explore what it reveals.
01Cold Light Map(≈6500 K)Surface
Maximizes visibility of surface-level skin features.
Diagnostic Features
- Pigmentation
- Fine surface lines
- Enlarged pores
- Blackheads / comedones
- Acne lesions
- Redness and erythema
- Sensitivity / irritation
- Telangiectasia
- Surface texture irregularities
- Early dyschromia
- Subtle surface roughness
Clinical Use
- Highlights superficial color differences
- Reveals fine textural changes
- Ideal for baseline evaluation of surface-level abnormalities
02Natural Light(≈4500 K)Surface
Replicates how the skin appears in normal daily environments.
Diagnostic Features
- Pigment spots
- Uneven skin tone
- Fine lines and wrinkles
- Enlarged pores
- Sensitivity
- Inflammation / erythema
- Acne lesions
- Telangiectasia
- Blackheads / comedones
- Visible texture irregularities
- Overall surface-level disease burden
Clinical Use
- Provides the most realistic, everyday appearance
- Aligns patient concerns with objective clinical findings
- Ideal for establishing a true-life baseline
03Red BloodVascular
Highlights superficial hemoglobin distribution to reveal surface-level blood flow patterns.
Diagnostic Features
- Superficial vascular dilation
- Hemoglobin concentration patterns
- Filamentous and reticular telangiectasia
- Punctate vascular dilation
- Rosacea-associated vascular patterns
- Inflammatory vascular responses
- Early erythema distribution
- Surface-level redness networks
Clinical Use
- Maps superficial hemoglobin patterns
- Distinguishes diffuse redness from telangiectasia
- Ideal for baseline vascular assessment and tracking changes over time
04Deep Red ZoneVascular
Visualizes hemoglobin distribution within the deeper dermal layers.
Diagnostic Features
- Deep dermal hemoglobin concentration
- Deeper inflammatory vascular patterns
- Chronic or persistent redness
- Subsurface vascular congestion
- Sensitivity and inflammatory signatures not visible on the surface
- Underlying vascular load contributing to rosacea
- Hidden erythema beneath a clinically "mild" appearance
Clinical Use
- Identifies deeper vascular congestion
- Reveals chronic inflammation not visible on the surface
- Useful when surface redness is minimal but deeper activity is suspected
- Ideal for tracking persistent dermal erythema over time
05Shallow Red ZoneVascular
Visualizes hemoglobin distribution in the upper dermal layers.
Diagnostic Features
- Superficial (upper-dermal) vascular dilation
- Early telangiectasia
- Mild rosacea patterns
- Sensitivity-related vascular responses
- Barrier dysfunction indicators
- Low-grade erythema
- Early inflammatory changes
Clinical Use
- Detects subtle or early erythema missed in standard lighting
- Documents superficial inflammatory activity and sensitivity
- Ideal for tracking short-interval treatment response in early rosacea or telangiectasia
06Red Heat ZoneVascular
Converts hemoglobin data into an easy-to-interpret heat scale.
Diagnostic Features
- Color-graded inflammation severity
- Blue = healthy baseline
- Green = mild vascular activity
- Yellow = moderate erythema
- Red = severe inflammation
- Overall redness distribution
- Regional erythema hotspots
- Rosacea flare zones
- Comparative vascular intensity across areas
Clinical Use
- Provides an instant visual severity index for erythema and rosacea
- Enables comparison of inflammation across specific regions
- Ideal for tracking changes and documenting treatment response over time
07Deep Brown ZonePigment
Enhances visibility of melanin located within the deeper dermal layers.
Diagnostic Features
- Deep melanin concentration
- Brown-black melanin deposits
- Dermal hyperpigmentation
- Localized deep pigment patches
- Melasma (dermal or mixed type)
- Deep post-inflammatory hyperpigmentation (PIH)
- Pigmented nevi
- Mixed-depth pigment patterns
- Differentiation of deep vs. superficial dyschromia
Clinical Use
- Distinguishes deep or mixed-depth pigment from superficial discoloration
- Ideal for assessing melasma and deep PIH
- Establishes a depth-weighted pigment baseline for long-term monitoring
08Shallow Brown ZonePigment
Visualizes melanin concentrated in the epidermis.
Diagnostic Features
- Superficial epidermal melanin
- Early pigment aggregation
- Freckles (ephelides)
- Mild post-inflammatory hyperpigmentation (PIH)
- Surface dullness
- Uneven or blotchy skin tone
- Early sun damage
- Surface-level dyschromia patterns
Clinical Use
- Captures early or surface-level pigment changes
- Ideal for documenting epidermal dyschromia
- Tracks tonal fluctuations between visits
- Useful for identifying mild PIH and freckling patterns
09Brown Zone Heat MapPigment
Visualizes pigment severity and distribution across the skin.
Diagnostic Features
- Color-graded melanin accumulation
- Blue = healthy baseline
- Green = mild pigment
- Yellow = moderate pigment
- Orange = high pigment
- Red = severe melanin concentration
- Spatial distribution of pigment load
- Melasma severity zones
- Hyperpigmentation density patterns
- Early and advanced pigment clusters
Clinical Use
- Provides an objective visual severity index for hyperpigmentation and melasma
- Ideal for tracking pigment reduction or spread over time
- Supports consistent, comparable visual or numeric trend monitoring
10Violet Zone MapResidue
Reveals surface residues, microbial activity, and fluorescence-positive materials on the skin.
Diagnostic Features
- UV fluorescence from product residue
- Sunscreen residue
- Microbial metabolites (e.g., Malassezia)
- Porphyrins associated with acne bacteria
- Oil buildup and clogged pores
- Areas of poor cleansing or residual makeup
- Fluorescent contrast between clean vs contaminated zones
- Melanin and hemoglobin absorption (appear darker)
- Subclinical pigment borders not visible in white light
Clinical Use
- Identifies hygiene issues and product buildup
- Detects microbial activity on the skin
- Reveals subclinical dyschromia borders
- Clarifies residue patterns that may interfere with diagnostics
11UV SpotUV
Highlights areas where melanin, hemoglobin, and other UV-absorbing structures accumulate.
Diagnostic Features
- Strong UV absorber regions (appear darker)
- Melanin concentration zones
- Hemoglobin-rich areas
- Hidden or "occult" pigment foci
- PIH boundaries
- Melasma border definition
- Nevus of Ota-type patterns
- Vascular absorption clusters
- Early sun damage
- Areas of mixed pigment-vascular load
Clinical Use
- Locates hidden pigment deposits not visible in standard light
- Highlights vascular absorbers and UV-dense areas
- Ideal as a corroborative map alongside brown/red modes
- Helps define precise pigment boundaries and depth characteristics
12Parallel PolarizedTexture
Enhances specular (surface) reflection to highlight microtexture and contour irregularities.
Diagnostic Features
- Surface wrinkles and rhytids
- Fine lines
- Enlarged pores
- Acne scars (atrophic edges, texture breaks)
- Surface oil and sebaceous shine
- Microtexture irregularities
- Surface roughness patterns
- Contour discontinuities
Clinical Use
- Accentuates surface texture by enhancing reflection
- Ideal for evaluating wrinkles and fine lines
- Highlights pore visibility and scar edges
- Provides high-precision assessment of overall surface roughness
13Cross PolarizedSubsurface
Suppresses surface glare to reveal deeper chromophore-based findings in the dermis and epidermis.
Diagnostic Features
- Subsurface vascular activity
- Skin sensitivity and inflammation
- Telangiectasia
- Acne activity under the surface
- Barrier dysfunction indicators
- Subsurface pigment spots
- Melasma
- Uneven skin tone
- Dark circles (vascular/pigment)
- Distinction between glare vs. true pathology
Clinical Use
- Isolates subsurface chromophores (hemoglobin, melanin)
- Reveals vascular and pigment pathology hidden by surface glare
- Ideal for diagnosing erythema, rosacea, and telangiectasia
- Excellent for identifying melasma and mixed-depth pigmentation
The Category Shift
Your Consultation Room Is Still in 2D.
Facial Surgery Isn’t.
Photos and mirrors ask patients to imagine the plan. EVA 3D™ makes your expertise visible, structured, and repeatable — before a single incision.
The 2D Consultation
- ✕Mismatched expectations
- ✕Difficulty earning trust
- ✕Elevated risk of complications
- ✕Longer consultation times
- ✕Lower conversion rates
The EVA 3D Consultation
- ✓Clearer communication through 3D modeling
- ✓Expectations aligned to anatomical limitations
- ✓Confidence built by addressing patient fears directly
- ✓Skin concerns identified before treatment
- ✓Higher conversion through visualized outcomes
The Platform
One System. Four Intelligent Modules.
EVA 3D™ is not a scanner. It is the complete facial surgical intelligence system — from first scan to final follow-up.
01
Diagnostic Studio
Evaluates skin health to identify visible, underlying, and predictive concerns that may need to be addressed before treatment.
02
Anatomy Studio
Focuses on facial anatomy and 3D modeling to simulate surgical outcomes for precise planning and realistic expectation setting.
03
Clinical Suite
Securely stores every generated case for side-by-side comparison, longitudinal review, and customized clinical reporting.
04
Intelligent Recovery
Tracks healing from Day 1 through Day 10+, turning post-operative care into a premium, high-touch extension of the consultation.
See it on your own patients — not a demo reel.
Apply for the Pilot ProgramDesigned for Facial Surgery
Purpose-built to support consultations for:
- ✓Facelift
- ✓Deep Plane Facelift
- ✓Neck Lift
- ✓Rhinoplasty
- ✓Fat Grafting
- ✓Injectables
- ✓Full Facial Rejuvenation
3D Visual Intelligence
EVA 3D™ reveals what matters most in facial structure:
- ✓Facial Volume Distribution
- ✓Asymmetry & Contour Balance
- ✓Cheekbone Projection
- ✓Tear Trough Depth
- ✓Nasolabial Fold Structure
- ✓Temple Volume & Depth
0.1mmScan Precision
0.005mlVolume Analysis Accuracy
7-StepStructured Consultations
2-DayTeam Certification Program
Trusted Faculty
The Clinical Vanguard
EVA 3D™ is used and taught by leading facial plastic surgeons across the country.
Ramtin Kassir, MD, FACS
Clinical VanguardNew York City, USA
Steven Camp, MD, FACS
Clinical VanguardTexas, USA
Rod J. Rohrich, MD, FACS
Clinical VanguardTexas, USARichard Balikian, MD, FACS
EVA University FacultySan Diego, USA
Kevin Sadati, DO, FACS
Clinical VanguardCalifornia, USA
Kristy Hamilton, MD, FACS
Clinical VanguardTexas, USAJoin the surgeons already
teaching with EVA 3D™
Education & Certification
EVA University
Every practice completes a structured two-day certification — hands-on Anatomy Lab training and cadaver dissection, run in partnership with the NYC Facelift & Rhinoplasty Master Course and NYU Langone Health.
Explore Certification“Understand the Structure.
Plan the Result.”
Trusted by Top Surgeons.
Now It’s Your Turn.
Apply for the EVA 3D Facial Surgery Pilot Program and bring intelligent consultation planning to your practice.
