Radiodiagnostics

Diagnostic radiology activity is essential for each patient’s future. The quality of a radiodiagnostic assessment must be as satisfactory as possible and must minimize the doses that the patient receives.
Quality control not only optimizes the diagnostic properties but also prevents the apparatus’s features from deteriorating over time.
For this, MEDITEST offers, for conventional radiology quality control professionals, all the devices that can provide the best possible guarantee for equipment maintenance.
The combination of Gafchromic films and RADCAL instrumentation make it possible to monitor and optimize the dose delivered to patients during examinations.

41.26  37.13  Tax incl.
Accessoire utilisé pour le positionnement de l’objet test utilisé lors du contrôle qualité sur des...
320.00  Tax incl.
Valise avec mire dentaire contenant un objet test permettant de réaliser le Contrôle Qualité Interne...
380.00  Tax incl.
Valise contenant un objet test permettant de réaliser le Contrôle Qualité Interne et Externe des...
Kit containing all the materials necessary for internal and external quality controls for radiology Equipment
2.0-cm X 2.0-cm crosshair for immediately identifying radiotherapy treatment plan isocenters and field borders
1.5-cm filled tube for immediately identifying MRI reference points on extremities or in soft tissue.
Dynamic thorax phantom designed to simulate motion in the lung
Package of nine aluminum sheets designed to specify the Half Value Layer (HVL)
396X portable sensitometer for marking monolayer film, with repeatable 21-step exposures.
GAFCHROMIC film used to measure skin dose in interventional procedures
Solid state sensor designed to measure radiology and dental X-RAY doses and dose rates.
Solid-state multisensor designed to measure dose, dose rate, kV, filtration in diagnostic and dental X-RAY...
The Stereotactic Phantom is designed to practice mammographic needle biopsy procedures.
Electron density phantom designed to correlate ct number (Housfield units) and tissue electron density.
General ultrasound phantom designed for quality control of all transducer configurations.
Package of nine aluminum sheets designed to specify the Half Value Layer (HVL).
331C Portable transmission densitometer for accurate film density measurement.
Radio-opaque grid designed for imaging, transporting, and identifying breast biopsies.
Quantitative analysis tool software specifically designed to simplify and streamline GAFCHROMIC film analysis.
GAFCHROMIC film used for quality assurance in radiology.
GAFCHROMIC film used for quality assurance in mammography.
GAFCHROMIC film used for quality assurance in CT scanning.
Digitizer Module with software designed to measure parameters in radiology, dental X-RAY, and mammography.
Digitizer Module with software designed to measure parameters in radiology, dental X-RAY, and mammography.
Reference instrument designed to measure radiology doses and dose-area products.
Solid state sensor designed to measure radiology and dental X-RAY doses and dose rates.
Solid-state sensor designed to measure mammography doses and dose rates.
Solid-state sensor designed to measure mammography doses and dose rates.
Test stand for AGMS-D+, AGMS-M+, and AGMS-DM+ sensors
Solid-state multisensor designed to measure dose, dose rate, kV, and filtration in mammography.
Solid state multisensor designed to measure dose, dose rate, kV, and filtration in diagnostic and...
Lightmeter for the measurement of luminance and illuminance.
Mammography ionization chamber, 6 cm³
Radiology ionization chamber, 60 cm3
Radiology ionization chamber, 6 cm3
CT scanning pencil ionization chamber
6.0-mm-diameter markers designed to identify MRI reference points in small field-of-view Imaging
1.75-cm filled tube for immediately identifying MRI reference points on extremities or in soft tissue.
5.0-cm filled tube for immediately identifying MRI reference points.
0.75-cm filled tube for immediately identifying orthopedic MRI reference points.
1.27-mm diameter conical markers designed to assist in accurate CT and MRI image registration
3.0-cm filled tube for immediately identifying MRI reference points.
4.0-mm markers for immediately identifying radiotherapy treatment plan isocenters.
2.3-mm markers for immediately identifying radiotherapy treatment plan isocenters.
2.0-mm radiopaque lines perfectly designed to mark scars and field borders on CT scans.
4.3-mm markers for immediately identifying locations on portal imaging.
0.8-mm radiopaque lines perfectly designed to mark scars, nodes, field borders.
0.33-mm radiopaque lines perfectly designed to mark scars.
Radiopaque arrows perfectly designed to mark nodes and outer canthus.
2.0-mm markers for immediately identifying nipple location on clinical images in mammography.
2.5-mm markers for immediately identifying nipple location on clinical images in mammography.
1.5-mm markers for identifying reference points in mammography.
Dynamic pelvis phantom designed to simulate motion in the pelvis.
The CIRS Tissue Equivalent CT Dose Phantoms are designed to more accurately simulate the patient's...
The phantom is designed to measure the CT dose index.
The CT Simulator for Bone Mineral Analysis is designed to take into account all the...
Fantôme cylindrique pour l'évaluation globale des performances des IRM
The MAGPHAN® Quantitative Imaging Phantom, commonly know as the ADNI phantom, is used for detailed...
CATPHAN 700 is designed for comprehensive evaluation of axial, spiral, multislice, conebeam, and volume CT...
Designed to evaluate the maximum performance potential of multi-slice CT scanners with enhanced sensitometry samples...
WIFI solution for ACCU-DOSE+, ACCU-GOLD, et RAPID-GOLD digitizer modules
Designed to evaluate the maximum performance potential of axial and spiral CT scanners
Digitizer Module with software designed to measure dose, dose rate, pulse, dose/pulse, and exposure time...
Digitizer Module with software designed to measure parameters in radiology, dental X-RAY, mammography, CT scanning,...
Bone densitometry ionization chamber, 180 cm³