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SwiftID CFS Fingerprint Reader

Patented technology
  • 3D Scan with Structured Light for highest quality contactless capturing
  • 3D Data for next level biometric standards
  • 2D Output for 100% compatibility with current biometric standards
Problem
  • Issues With Contact-Based Solutions
  • Dirty And Scratched Surfaces
  • Slow, Unhygienic And Inconvenient Workflow
  • Incomplete Biometric Information
  • VULNERABLE TO SPOOFING
Advantages
  • Contactless has the potential to be up to 5x faster than contact-based in a real environment
  • No virus or bacteria
  • No scratches or dirty surface
  • No cleaning or latent prints
  • All skin colors and finger conditions (dry, wet)
  • 3D fake detection
  • Maximum skin area
  • Ergonomic user experience
Product
  • CFS flats.
  • High-secure 4-Finger Scanner
  • FBI PIV certified
  • UL & CE compliance
  • Identification & Verification
  • Enrollment

The Pain Points for Traditional Systems

Contact Issues

Contact based rolled fingerprint capture is slow, prone to errors and often results in smeared images.

Smeared Areas

Contact-based methods struggle with dry, aged, or excessively moist skin, leading to inconsistent data capture.

Contact-Based: The Result

The result of contact-based systems: slow acquisition of fingerprints, smearing, lower skin area and less convenience

The alternative: Nail to Nail Rolled 3D Point Cloud

3D Outputs

SwiftID ensures a smooth transition for agencies using legacy contact-based systems, allowing a hybrid fingerprint database

8M data points per shot, 13 point clouds per second. 10 µm depth resolution

3D Data for Next Level Biometric Standards

For Highest Quality Contactless Capturing

For 100% Compatibility with Current Biometric Standards

SwiftID

CFS Fingerprint Reader

What CFS flats can do for you:
  • A true non-contact 3D capture of all 10 fingerprints for enrolment and verification
  • Output of high-quality 2D equivalents for best interoperability with exciting fingerprint databases
  • Successful matching with images from contact-based devices (1:1 and 1:N)
  • Maximum interoperability thanks consistently high capture quality
  • Robust against different skin conditions (wet, dry) and ambient light
  • Non-discrimination on the basis of skin color
  • Much faster workflow than with contact-based devices
  • High accuracy and safety thanks to millions of 3D data points per shot
  • Hygienic, convenient and ergonomic for the user
  • Reduced maintenance effort (less cleaning of dirty scanner surface) for the operator

Technical Specification

Standard Features

Touchless Fingerprint Reader: Hand-presence-detection, auto-capture
Sensor Type Microsoft 3D capture / image conversion of 3D data into‚ contact-based likeʼ 2D grayscale image
Capture Area 81,3 x 76,2mm
User Interface: User guidance via audio, LED feedback, pictograms
Capture Modes: Flat fingerprints including thumbs (e.g. 4/4/2 workflow)
Image resolution 500 DPI
Image size: 1600 x 1500 pixels (FAP60)
Grayscale 256 guidance dynamic range (8bit integer)
Supported Image Formats PNG, JPEG2000, BMP WSQ
API Interface Python & C++
Ingress protection (water & dust) IP54

Modularity & performance

Scan Speed < 100ms
Live preview > 1fps
Output final image ˜ 3s

Operating Conditions

Temperature: -10°C to 55°C (14°F to 131°F)
Humidity: 10% to 80% (non-condensing)
Ambient Light: 100.000 lux
Robust capture of all skin types
Storage Temperature: -40°C to 80°C / -40°F to 176°F

Physical Specifications

Height 202mm
Width 152mm
Depth 152mm

Field of use

Verification & identification

Software & System

USB 3.0
Windows 10/11 (64 Bit)

Electrical

12 V DC. 7.5 A, external power supply

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