Verification results displayed
Verified banknote dimensions
Denomination and currency of the last verified genuine banknote
Total number and sum of genuine banknotes for the current currency
Breakdown by denomination for each currency: quantity and total sum
Suspicious banknote notification
Error codes
Multi-range CIS scanner, built-in automatic analysis system for currency type, denomination, and authenticity features
Width: 58–85 mm, Length: 100–181 mm
Color LCD, 8.9 cm (3.5″) diagonal
DORS 230 is designed for determining the authenticity of banknotes of various currencies in automatic mode. No special knowledge of banknote security printing and verification methods is required to operate the device.
Banknote recognition system
To ensure authenticity verification, the DORS 230 uses a high-resolution multi-range CIS scanner (Contact Image Sensor technology).
Both the entire banknote image and the positions of specific security elements—such as IR marks, watermarks, security threads, and serial numbers—are checked. Scanning in transmitted light reveals security features hidden beneath the ink or within the paper layers.
The recognition system can verify even those security elements not officially disclosed by the issuing bank. This level of detection was previously available only in high-end banknote sorters and is not found in traditional automatic detectors using simple IR and magnetic sensors, which lack full banknote image scanning capabilities.
Each banknote is scanned in transmitted light across its entire surface at six different wavelengths in the infrared and visible spectrum. Within fractions of a second, the built-in automatic recognition system determines the denomination and currency and verifies the required security features. If the banknote is genuine, it is recorded in the current session results.
The DORS 230 features an innovative banknote recognition system developed by the DORS Design Bureau (Moscow), protected by multiple Russian and international patents.
The DORS 230 has no limitations on the number of supported currencies. The device's hardware capabilities allow it to support all existing currencies in a single database.
The DORS 230 incorporates technical solutions that have no analogs among devices of this class—an innovative banknote recognition system, a touchscreen display, and a color graphic animated user interface.
The DORS 230 has a compact size and a built-in battery.
The type of currency is determined automatically. The user does not need to select the currency manually by pressing a corresponding button.
Two Banknote Output Options
Option 1:
Genuine banknotes exit forward through the banknote output slot and neatly stack behind the device.
If a suspicious banknote is detected, a “Banknote Rejected!” message appears, and the banknote is returned to the input tray.
This option is convenient for desktop use.
Option 2:
All banknotes return to the input tray.
If a suspicious banknote is detected, a “Banknote Rejected!” message appears, and an audio signal is triggered.
This option is ideal for limited workspace environments.
During banknote verification, the DORS 230 screen displays:
The denomination and currency of the last authenticated banknote.
The total number and sum of genuine banknotes verified during the current session.
If a suspicious banknote is detected, a “Banknote Rejected!” message appears on the screen. Suspicious banknotes are not included in the total count.
A banknote can be placed into the device from any side, so the user does not need to remember its correct orientation.
The DORS 230 is equipped with a high-resolution 3.5-inch (8.9 cm) LCD display.
The device is operated using a touchscreen (Touchscreen technology)—an innovative feature for devices of this class.
The DORS 230 interface design is based on technologies used in modern mobile devices.
Detection results are displayed in large, bright numbers and letters, ensuring easy readability, even for individuals with impaired vision.
The device is equipped with a touchscreen display and features a color graphic animated user interface.