Description
The Regula 4307 is an advanced second line forensic spectral comparator that is fully flexible with 32 delivery options that embrace various needs and requirements. With an embedded high-res spectrometer and movable object stage, the comparator tackles a wide range of examinations of different documents, banknotes, and other items.
Trinocular Stereo Microscope
The microscope uses the Greenough optical system for stereo imaging and adjustable optical magnification up to 420x. It provides different white light options with intensity control and allows for operational mode, focus, and magnification adjustments directly on the device.
The microscope is based on the Greenough optical system, which can obtain stereo images of examined objects. Such an optical system allows smooth magnification adjustment. It can be equipped with different complexes of white light with variable intensity control: ring, transmitted and direct (gooseneck). Switching the modes of operation, focusing and changing the magnification is performed using the controls on the device body.
Regula 5003 can display a zoomed image of the investigated object on the display using Regula Forensic Studio software. The microscope makes it possible to perform additional visual control using eyepieces with 10x or 30x magnification producing on screen magnification from 26x to 1330x
Morphing Detector
Regula 4166 detects morphing in document photos by revealing surface-level artifacts like paint droplets—ideal for quick checks and expert forensic analysis.
Passport photo morphing—the blending of two facial images into one—is an emerging security risk with global implications. Fraudsters exploit this technique to create a single photo that resembles multiple people, allowing unauthorized individuals to cross borders using forged or manipulated travel documents. As border control agencies and forensic labs face increasing pressure to prevent such deception, accurate detection tools are essential.
Thermostage
The helpful add-on for examination of images, travel documents and banknote fragments that contain thermochromic ink at different temperatures. Variable temperature range from +30 to +80 ˚С with a step of 1 ˚С
Magneto-Optical Visualizer
Non-destructive examinations in real-time video mode. The device visualizes hard and soft magnetic materials, reads hidden magnetic marks, checks damaged documents, and evaluates magnetic parameters for security features and more.
Regula 4197 is designed for carrying out non-destructive examinations of objects with magnetic properties in live video mode.
The wide functionality of the device includes visualization of magnetically hard and soft materials, the ability to distinguish different types of magnetic materials by residual magnetization, reading of latent magnetic strokes and codes, examination of damaged documents, e.g., reading of blurred and crossed-out texts printed with magnetic ink, assessment of magnetic parameters for document security features, e.g., distribution of magnetic induction and magnetic flux modulus.
The device’s power supply, control, displaying and processing of examination results are managed via a PC and special CADR software.
Tilting stage
In forensics, a change of perspective is sometimes critical. This tilting stage works best for such cases! It can also be used for the 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.
Polarizer
This optical filter changes the angle of polarization for a thorough examination of items containing invisible components, for instance, product liability and protected geographical indication labels on medicines, drinks, and other products.
Mirrors for Document Edge and OVI Examination
This set of compact mirrors is designed to assist in document authentication. One mirror is specifically for examining the document edge, allowing for a detailed look at the serial number and the passport stitch line. The other mirror is intended for observing the OVI (Optically Variable Ink) features.
