Conventional Radiology

ABGT offers a wide range of equipment and tools for verification, dosimetry, and quality control in both digital and conventional radiology. From electronic measuring rulers to acceptance phantoms and specialized sensors, our products meet the demands for precision, compliance, and clinical reliability in all medical imaging contexts.

QUART Nonius

The QUART Nonius is a precise and easy-to-use measuring instrument, ideal for verifying the dimensions and geometric properties of X-ray fields, including Fan-Beam in CT and Orthopantomography (OPG). Compatible with both digital and conventional systems, it offers 0.1 mm resolution and can also be used in radiotherapy applications.

Technical Highlights:

Resolution: ±0.1 mm
Open measurement – no added filtration
USB connectivity (Plug and Play)
40 mm sensor with central radiopaque marker

QUART didoEASY MR

The QUART didoEASY dosimeters are ideal for measuring dose, dose rate, and exposure time in General Radiology, offering high accuracy without the need for prior calibration. They are easy to use, with automatic compensation for beam characteristics and immediate results.

Key Specifications:

Dose: 0.2 µGy – 999 Gy (±5%, resolution: 0.01 nGy)
DLP: 0.2 µGy·cm – 999 Gy·cm (±5%)
Dose rate: 0.3 µGy/s – 1 Gy/s (±5%)
Time: 0.5 ms – 300 s (±0.5%)
Pulse: 1 – 9999 (±1 pulse)
Pulse rate: 0.1 – 250 pulses/s
HVL (didoEASY++): 0.1 – 11 mm Al (±8%))kVp / PPV (didoEASY+): 25 – 130 kV (±5%, depending on model)

QUART Dido DTO

The QUART didoDTO software tool is used to transfer measurement data recorded by Dido dosimeters to a PC. From there, the data can be exported using Excel templates.

QUART didoDTO is available as an optional add-on for users who need more flexibility than a standalone dosimeter. One license can be used on a PC for a pair of EASY / CT / MAS / SVM dosimeters.

General Features:

Export of all stored parameters to Microsoft Excel templates, designed for ease of use
Quick and easy registration on the server for end users

QUART didoMAS

The QUART didoMAS automatically measures mA, mAs, and exposure time without the need for prior configuration. Compatible with radiography, fluoroscopy, and mammography, it provides real-time readings with high accuracy.

Powered by a rechargeable battery (approx. 80-hour runtime), it includes an extra-long cable and polarity-independent connection.

Key Specifications:

mAs: 0.001 – 9999 mAs (resolution: 0.01 mAs)
mA: 0.1 – 999 mA (average, maximum, and real-time readings; resolution: 0.01 mA)
Time: 1.0 ms – 300 s (±1.0%; resolution: 0.1 ms)

MaVo_lux 5032B

The MaVo_lux 5032B light and luminance meter was specifically developed for medical applications.
It combines light and luminance measurement in a single device, with light measurement performed in Class B mode.

Technical Specifications:

Distance and proximity/contact measurement: 0.1 cd/m² – 1,999,990 cd/m² or 0.01 fL – 199,900 fL
Illuminance: 0.01 lx – 199,990 lx (Uncertainty ±3%)
Data memory for storing up to 1000 values in a single measurement
Data processing for PC via USB port
Standard software included
Weight: 200 g (without battery)

QUART SP_digi

Phantom for quality control in digital X-ray equipment (CR/DR), optimized for detecting artifacts without a grid. Compliant with DIN 6868 and IEC 61223 standards.

Key Specifications:

Dimensions: 330 x 330 x 10 mm
7-step dynamic wedge (0 – 2.3 mm)
Central homogeneous area (10 x 10 cm) for signal normalization
High-contrast resolution: line pairs (Pb 0.05 mm at 45°)
Low-contrast resolution: aluminum discs (0.1 – 0.7 mm)
Field and central radiopaque markers visible

QUART dent/digitest 2.1

Compact phantom for quality control and routine testing in digital dental radiology (intraoral, panoramic, and cephalometric). Compliant with international standards such as IEC 61223-3-4, DIN 6868-151, IPEM, ÖNORM, PN-EN, and AFSSAPS regulations.

Key Specifications:

Internal filtration: 6 mm Al (as per standard)
Low-contrast resolution: 4 objects (Ø 2.5 – 1 mm)
High resolution: up to 6.3 Lp/mm (Pb 0.05 mm at 45°)
Slots for CR plate, intraoral sensor, and dose detector
Three centering rings for various tube diameters
Dimensions: 80 x 80 x 3.6 mm

QUART RAD Focal Spot

QUART Pinhole Cameras are testing tools designed for use in conventional and digital radiography, as well as fluoroscopy, for precise evaluation of focal spots.

They are developed to measure the length and width of the X-ray equipment’s focal spot, projected at the central ray of the field.

Technical Specifications:

Dimensions: 176 x 169 mm, with marked aperture area
Can also be used with a light-viewing adapter (see item 13240)
Thickness: 3.1 mm
Pinhole Mask: Metal sheet with sphere pattern
Covered by 2 protective layers
Details: Can be inserted into grid slots or tube head
Compatible with all major equipment brands, offering 2 insertion options

X-Ray Ruler

Set of 440 mm rulers, crossed and centered on an aluminum pin.
Designed to allow easy reading of all 20 graduations in all directions from the center, without overlap.

The ruler base features a built-in stabilizer with transparent rubber feet to maintain its position on the image receptor.
An integrated set of lines on the base helps the user quickly align the rulers at 90° to each other.

Technical Specifications:

Length: 440 mm (−22.0 cm | +22.0 cm)
Graduation: 1 mm
Case included

QUART mam/digi EPQC

Universal phantom for QA/QC in digital, analog, and tomosynthesis mammography. Includes Landolt C rings for precise evaluation of low contrast and microcalcification morphology, similar to those used in CDMAM.

Allows comprehensive image quality analysis with a single exposure, compatible with visual inspection or QUART MammoPro software.

Key Specifications:

12 physical wedges (PMMA) + 3 aluminum wedges
72 Landolt C rings (groups of 6 per step)
Low contrast: number line in steps 1–12
MTF / Nyquist frequency test included
Radiopaque spheres for field alignment
Slot for dosimeter and additional tests
Dimensions: 240 x 180 x 46 mm

QUART didoNEO R

Multimeter for General Radiology, Fluoroscopy, and Dental Applications

Lightweight, compact, and versatile multimeter, ideal for quality control in both digital and conventional radiology. Allows direct measurements without a PC, with internal storage and easy reading on the integrated display.

Technical Highlights:

Multifunctional and lightweight base unit
Compact detector – ideal for small spaces and OPG
Direct measurements of HVL and Total Filtration
Stores up to 10,000 exposures
Direct reading on the screen (PC not required)
Compatible with AEC fluoroscopy

QUART DSA

Digital Subtraction Angiography (DSA) QC Test Phantom

The QUART DSA phantom is designed to achieve maximum precision in QC of Digital Subtraction Angiography equipment by simulating the contrast injection process.

With a Type B sliding design, it allows longitudinal movement to minimize structural motion artifacts in the test image. This method maximizes QC performance compared to other phantoms on the market, which are more prone to exceeding artifact limits caused by transverse forced movements.

After simulating the injection process, the QUART DSA immediately reveals the lateral limits of the contrast wedge. The low-contrast steps are clearly visible and can be well-defined in the test image.

CompFor MTS

The CompFor MTS allows precise measurement of mammography compression force, ensuring compliance in both automatic and manual modes. It includes a foam cube with defined density and size, an electronic scale, and a measuring tape.

Available in two options for different platform sizes:

Option L

Scale: 320 x 300 x 60 mm
Platform: 320 x 260 mm
Range: 0–490 N (0–50 kg)
Resolution: 0.2 N (20 g)
Unit: kg

Option S

Scale: 228 x 205 x 71 mm
Platform: 203 x 160 mm
Range: 0–245 N (0–25 kg)
Resolution: 0.1 N (10 g)
Units: kg / lb / oz / lb:oz

Digmam 162

The Digmam 162-4 is a compact phantom designed for performing constancy and acceptance tests of digital mammography equipment, essential for quality control in digital mammography systems.

The Digmam 162-4 meets the requirements of DIN 6868/162, ensuring equipment reliability and diagnostic safety.

CD-Gam 1

Easy-to-use measuring device for detecting ionizing radiation (alpha, beta, gamma, and X-rays) via a Geiger-Müller counter. Allows immediate radiation detection and rapid measurement of dose and exposure. Portable, small, and lightweight unit with acoustic, visual, and vibration alerts.

Alpha Plus

Measuring device with LCD, serial port interface, and plug-in capability for different detectors.

Designed for constancy testing of all analog and digital X-ray equipment (direct radiography, fluoroscopy techniques, dental X-ray, and mammography).

Displays dose, dose rate, and exposure time.

“Finger”-Sensor

Fits the “ALPHAplus” for constancy testing of digital X-ray equipment (direct radiography and fluoroscopy; dental or mammography).

Due to its shape, the sensor is suitable for insertion into the patient-equivalent filter, for use with measurements close to the tube, as well as for external sensor use.

Energy range: 50 kV – 155 kV
Effective dose rate range: 0.1 mGy/s – 500 mGy/s

Mammo-Sensor

Fits the “ALPHAplus” for constancy testing of all analog or digital mammography equipment.

Energy range: 24 kV – 40 kV
Effective dose rate range: 0.1 mGy/s – 500 mGy/s

Sensor in Absorption Filter

Fits the “ALPHAplus” for constancy testing of all analog and digital X-ray and fluoroscopy systems (not for mammography systems).

The sensor is positioned above the patient-equivalent filter (25 mm Al) under the insertion plate.

Energy range: 50 kV – 155 kV
Effective dose rate range: 0.1 mGy/s – 500 mGy/s
Optional: Insertion frame for direct mounting near the X-ray tube

Fluorad 150

Phantom for acceptance testing of X-ray exposure and fluoroscopy equipment (DIN 6868/150).

With the “Fluorad 150,” it is possible to measure the following parameters:

Dynamic range
Contrast resolution
Spatial resolution
Beam quality
Homogeneity

Dimensions: 300 mm × 300 mm × 18.5 mm

The copper plate with test details is embedded in white acrylic plates, allowing clear visualization of the light field even under low-light conditions in the X-ray room. Test structures are printed on both sides of the phantom.

DIGRAD A+K

Phantom for constancy testing of digital radiography equipment according to DIN 6868/13.

It enables measurement of the following parameters:

Dynamic range
Contrast resolution
Spatial resolution
Homogeneity
Effective radiation field position and size

The copper plate with test details is embedded in white acrylic plates, allowing clear visualization of the light field even under poor lighting conditions in the X-ray room.