Advanced Examination of All Questioned Documents
Top and bottom optical systems with high resolution 14MP and 12MP cameras. Two optical systems allow for viewing both the front and reverse sides of a page without flipping it over. Movable top optical system allows examining thick objects, such as books or artworks.
The device is equipped with a high-resolution spectrometer, a hyperspectral imaging module, 3D imaging module, a light source for anti-Stokes luminescence, a motorized XY translation stage, modules for reading MRZs, RFID chips, hidden images (IPI), and 1D and 2D barcodes.
Optical magnification is up to 320x. The device has 30 types of light sources and over 20 light filters.
The XY translation stage allows for high-precision positioning with a step width of 0.01 mm along multiple axes and image stitching. The stitching mode helps to obtain the whole image of an A4 format in a single click.
A unique motorized oblique lighting system, which allows changing the light source's angle of incidence, gives a wide range of opportunities for examining the microrelief of a document in the visible and infrared spectrum range.
The Regula Forensic Studio software enhances the efficiency of document analysis by giving total control over all comparator’s features.
Highlighted Features
Two optical systems
With the best-in-class optical magnification and camera resolution, enable document examination using top and bottom optical paths without turning examined objects over. Two cameras (14 and 12 Mp) and integrated backside illumination (BSI) technology for capturing sharp images preserves all the tiny elements that are crucial for further object examination.
Movable object stage
XY translation stage for high-performance positioning (up to 110 mm along the X-axis and 70 mm along the Y-axis). Allows micro- displacements (0.01 mm) of examined objects.
Examination of relief
Unique motorized system of oblique lighting helps to carry out relief examination in the visible and IR spectrum range with the possibility to save settings and repeat accurate examination results.
Large objects
The unique lifting system of the top optical path can boost the field of view up to 310×220 mm when examining large documents and objects.
Superb features
Multifocus, HDR, Super Resolution. Hyperspectral analysis and examinations with a spectrometer.
3D visualization
Possibility to build a 3D-model of a document fragment. Examination of surface relief, detection of printing methods, and analysis of overlapping objects such as a signature and a stamp.
Examples of Examination
Document examination in different light sources and operation modes
Intended Objects for Examination
Efficient Solution for a Variety of Sectors
Specifications
Does not constitute а public offer
Incident white
Halogen lamp for spectroscopy
20 W
D50 LED for spectroscopy
Ultraviolet
254-395 nm (4 light sources)
Infrared LEDs
700-1030 nm (5 light sources)
High-intensity LEDs
395-735 nm (12 light sources)
Transmitted LEDs
5 light sources
Angle adjustable oblique LEDs
2 light sources
OVD visualization LEDs
horizontal and vertical (47 light sources)
Polarized LEDs
3 light sources
Incident and coaxial white
High-intensity IR for Anti-Stokes Luminescence
800-1100 nm
Infrared
870 nm
Ultraviolet UVA
365 nm
High-intensity cyan
505 nm
Calibration Kit
Calibrated White reference material. NIST traceable
Built-in PC (optionally)
Intel® Core™ i7, 16 GB RAM, 256 GB SSD
Regula Forensics Studio Software
1. Trinocular Stereo Microscope Regula 5003
There are cases when to complete examination experts require a microscope. Trinocular Stereo Microscope Regula 5003 is a perfect tool. By switching between two options of examination – eyepieces or a built-in digital camera – an expert may carry out not only visual examination but also an examination with a variety of RFS software tools.
2. Visualizer of magnetic properties Regula 4197
Additional nondestructive examination of images, travel document and banknote fragments, dyes of printing devices that contain magnetic ink, as well as performance of magnetic measurements.
3. Thermostage Regula 4168
Examination of images, travel documents and banknote fragments that contain thermochromic ink at different temperatures. Examination of a composite security feature Feel®-ID developed by Giesecke & Devrient company. Feel®-ID is based on optically variable and thermochromic effect.
Temperature range — +30...+80 ˚С with a step of 1 ˚С
Heated area (length×width) — 78×48 mm
Dimensions (length×width×height) — 170×78×16 mm
Weight — 0.25 kg
Power supply voltage: powered by the USB port of the video spectral comparator — 5 V
Power consumption — max 15 W
4. Tilting stage Regula 4165
Examination of widespread security features of banknotes and travel documents that are visualized at different lighting and observation angles, for example, OVI, DYNAPRINT®, FUSE-ID and others.
Tilt angle — max ±30˚
Working area (length×width) — (180×110) ±1 mm
Dimensions (length×width×height) — max 230×112×42 mm
Power supply voltage via a USB port — 5 V
Device weight — max 0,5 kg
Rated current — max 1 A
5. Polarizer Regula 4169
Examination of questioned documents while changing the angle of polarization.
Angle of filter rotation — 0…360 with a step of 2˚
Field of view (diameter) — 70 mm
Dimensions (length×width×height) — max 195×140×40 mm
Power supply voltage via a USB port — 5 V
Device weight — max 0.9 kg
Rated current — max 0.5 A
6. Mirror for examination of the document edge
GENERAL
Language
Directory for saving images
Creating a database of examined document images
Device connection
Video camera control
Image capture
Advanced image capture
Saving images
Saving video
Adding a label to the image
Image examination - making measurements
Image comparison
Exporting data into MS Word
Macros (script)
Support
TOP/BOTTOM OPTICAL SYSTEM
Switching between TOP and BOTTOM optical systems
Extending the field of view by lifting the TOP optical system
TOP: White light
TOP: White light (OVD)
TOP: IR light
TOP: UV light
TOP: UV light (HDR)
TOP: Oblique light
TOP: Transmitted light
TOP: IR luminescence
TOP: IR luminescence (Automatic)
TOP: Polarized light
TOP: White/IR light (3D)
BOTTOM: Coaxial white light
BOTTOM: High-intensity IR (Anti-Stokes luminescence)
HARDWARE AND SOFTWARE FUNCTIONALITY
Obtaining multi-focus images