BIOELECTRONICS

FORDEX - Next Generation Document Inspection System

The Next-Generation Document Inspection (FORDEX) developed at TÜBİTAK BİLGEM UEKAE Bioelectronic Systems Department is a system composed of hardware and software modules designed to enhance the capabilities of forensic document examiners for legal purposes. The system aims to visually determine various features that verify or refute the authenticity of the examined document using video cameras, lighting sources, optical tools, and software.

The FORDEX device, which uses the measurement method based on physically measurable optical spectroscopy parameters, introduces a brand new non-destructive method in examining the originality of documents and handwritings with its 3D display software based on radiation intensity.

By using the hyper-spectrum technique, FORDEX can display the details of the reflection, transmittance or fluorescence spectrum at any point on the image by acquiring image and spectrum information at the same time. Powerful opto-electronic elements using the hyper-spectrum method are combined with a brand new design in the device, allowing even small differences in microscopic structures to be captured.

The production, sales and marketing process of the device is carried out by VERİSİS Inc.

 

FORDEX TECHNICAL SPECIFICATIONS

COLOR CAMERA

15MPX

MONO CAMERA

12 MPX (Preferred)

Image Spectral Range

400-1.000 mm

Optical zoom + Magnifier Lens

30x – 150x

Digital Magnification

1,920x

Field of View

245 x 164mm

Max Field of View

300 x 252mm

XY Moving Floor Table

Available

XY Range of Motion

70x88mm

Spectrometer

Available

Raman

Unavailable

Temperature & Humidity Control

Available

Moving Spectrometer System

Available

Moving Lighting System

Available

Z Axis Range of Motion

70mm

Panel Angular Motion Range

90o – 150o

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