3 CAMERAS


BTBP's Clarity Research 3D System is a unique product in clinical research, offering fast data throughput and more precision than any other system in the market. Its three dimensional measurement capability improves recognition of features with depth and height such as wrinkles, acne, enlarged Pores, texture, under eye bags and lip wrinkles. The BTBP Clarity Research 3D System comes with three cameras ensuring the front, left and right facial profiles are accurately and efficiently scanned (capture time about 1 second per scan). Synchronous capture for front and side profiles helps avoid error and increases repeatability.

This is the only system in the market that combines 2D and 3D capabilities with simultaneous front and side scans creating a high density mesh model (20 pixels per millimeter in the X and Y dimensions, less than 4 microns on the Z axis) in three dimensions.

Application Features of Research 3D System


Simultaneous 3 Profile Capture- Front, Left & Right

Detailed, high resolution 3D models & measurements

Facial contour and volume modeling

Multi-spectral imaging to view & measure surface and sub-surface features

Automatic detection of over 50 facial regions for use in analysis

Automatic alignment of all images and 3D models

Archiving & retrieving

Rapid capture 40 Images in 43 Seconds

Study management modules

Batch Processing

Movie timeline of skin progression *

Progression trends*

Image and 3D model export

Data export into Excel

*Upcoming Features

Facility Specifications for Research 3D System


Power Specifications  
Input 100 - 240 VAC 120 @ 10 amps
System Dimensions  
(l x b x h) 44 x 38 x 23 (with hood extended)
Setup Counter Size(l x b) 16 x 18 inches
Computer Station 33 x 24 x (33-45) 12 inches height adjustable
System Weight  
In kgs / Lbs 149.9 pounds (68 kgs)
Shipping Requirements  
Altitude 0 to 39,370 feet (12,000 m)
Environmental Specifications  
Operating Temperature 22°± 5°C noncondensing
Non-Operating Temperature -40 to 50 °C noncondensing
Relative Humidity (Operating) 10 to 70% RH, noncondensing
Relative Humidity (Non-Operating) 5 to 93% RH, noncondensing
Dark Room Yes
No Reflective Objects in Front of System Yes

Measured Features For Research 3D System


Skin Type

Skin Type

- Skin Type classification from I-VI (Fitzpatrick)
- High Resolution BTBP skin type classification 1-50
- RGB Average
- L* a* b*

Radiance

Radiance

- Luminance Delta
- L* from L*a*b color space

Redness

Redness

Localized & Diffuse Redness : Degree of Intensity & Surface Area

Pigmentation

Pigmentation

- Spot Count
- Percentage of Surface Area & Total Surface Area
- Size Classification & Size Distribution
- Intensity & Contrast
- Melasma Scoring via : Darkness, Homogeneity, Average Brightness
- Pigment Variation

Subsurface Pigmentation

Subsurface Pigmentation

- Spot Count
- Percentage of Surface Area & Total Surface Area
- Size Classification & Size Distribution
- Intensity & Contrast
- Pigment Darkness

Wrinkles

Wrinkles

- Total Count w/ Emerging, Fine and Deep Line Classification
- Average Length, Width & Severity
- Total Surface Area
- Volume

Enlarged Pores

Enlarged Pores

- Pore Count
- Percentage of Surface Area
- Average Size, Diameter, Visibility, Circularity & Intensity
- Size Classification with Count & Distribution in 3 Categories
- Average Volume

Texture

Texture

- Average Roughness
- Average RGB values
- Percent of Surface Area
- 3D Skin Topography

Acne

Acne

- Active Acne Count & Visibility Scores
- Post Inflammatory Hyperpigmentation & Visibility Scores
- Acne 3D Topography

Eye Area

Eye Area

- Under Eye & Crow's Feet Wrinkle Surface Area
- Under Eye Darkness (L*a*b)
- Individual Typology Angle (ITA) *
- Eyelid Creepiness (Roughness-Average R, G, B)
- Puffiness, i.e. 3D Curvature Profile *

Eye Lashes

Eye Lashes

- Lash density
- Maximum Length
- Average Length
- Lift Up Angle
- Curl Up Angle

Facial Contours*

Facial Contours*

Facial Surface area and volume mapping by region of interest
- Sagging Jowls, Hollow Areas, Deep Folds/Creases
- Drooping of the Brow & Upper Eye Lid

Lips

Lips

- Surface Area & Redness Levels
- Border Contrast, Smoothness & Curvature
- Lip Wrinkle Counts Classified by Severity
- 3D Lip Volume

*Upcoming Features

Compare Features of the Clinical Research Systems



Sl.no. Features Mini 3D Research Research3D
Skin Type
1. Skin Type I-VI & Skin Type 1-50
2. RGB L* a* b* values
3. Individual Typology Angle (ITA)
Radiance
4. Luminance Delta
Redness
5. Localized & Diffuse Redness : Degree of Intensity & Surface Area
Pigmentation
6. Spot Count
7. Percentage of Surface Area & Total Surface Area
8. Size Classification & Size Distribution
9. Intensity & Contrast
10. Melasma Scoring via : Darkness, Homogeneity, Average Brightness
11. Pigment Variation
Subsurface Pigmentation
12. Spot Count
13. Percentage of Surface Area & Total Surface Area
14. Size Classification & Size Distribution
15. Intensity & Contrast
Wrinkles
16. Total Count w/ Emerging, Fine and Deep Line Classification
17. Average Length, Width & Severity
18. Total Surface Area
19. Volume
Enlarged Pores
20. Pore Count
21. Percentage of Surface Area
22. Average Size, Diameter, Visibility, Circularity & Intensity
23. Size Classification with Count & Distribution in 3 Categories
24. Average Volume
Texture
25. Average Roughness
26. Average RGB values
27. Percent of Surface Area
28. 3D Skin Topography
Acne
29. Active Acne Count & Visibility Scores
30. Post Inflammatory Hyperpigmentation & Visibility Scores
31. Acne 3D Topography
Eye Area*
32. Under Eye & Crow's Feet Wrinkle Surface Area
33. Under Eye Darkness
34. L*a*b
35. Individual Typology Angle (ITA)
36. Eyelid Creepiness (Roughness-Average R, G, B)
37. Puffiness, i.e. Curvature Profile
Eye Lashes
38. Length
39. Lift Up Angle & Curl Up Angle
Lips
40. Surface Area & Redness Levels
41. Border Contrast, Smoothness & Curvature
42. Lip Line Counts Classified by Severity
43. Lip Surface Volume
Facial Contours
44. Facial Surface area and volume mapping to track Sagging Jowls, Hollow Areas, Deep Folds/Creases
45. Drooping of the Brow & Upper Eye Lid

Research 3D Application Demo