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The Contrast-Detail (CD) phantom makes it possible to quantify both detail and contrast as observed by the radiologist. It can be used within the entire range of radiography diagnostic imaging systems, such as fluoroscopy and angiography. It has 405 holes that generate subtle changes in contrast. -
Phantom is designed to evaluate digital functions of DSA systems and can be used to check: contrast range, resolution, linearity, uniformity, amplifier dynamic range, registration accuracy and subtraction effectiveness. -
A set of acrylic and aluminium filters for testing diagnostic X-rays according to AAPM recommendations from Report No. 31 ”Standardized Methods for Measuring Diagnostic X-Ray Exposure”. -
A set of acrylic plates for testing Automated Exposure Control of radiography equipment. -
The Pro-RF BacisTool phantom is a compact general radiography image quality testing phantom. -
A simple test device for the focal spot size evaluation. It consists of a precision bar pattern placed at the end of the cylinder that provides accurate and reproducible target-to-image receptor spacing. -
The test phantom for evaluation of high contrast resolution of fluoroscopy system in one exposition. It consists of eight patterns of wire mesh in a pie shape. -
This modular phantom made of PMMA consists of several plates allowing variation of phantom thickness setup in steps of 25 mm, up to a total of 300 mm, simulating a range of patient sizes. -
The phantom for evaluation of imaging performance of fluoroscopic systems. It allows brightness and contrast adjustments, circular geometry check (scanning linearity) plus wide-range low-contrast and high-contrast resolution evaluation. -
The phantom for evaluation of imaging performance of radiographic systems. It allows wide-range low-contrast and high-contrast resolution evaluation and sensitometric measurements. -
The Pro-Alpha phantom can be used for carrying out acceptance and constancy tests of conventional radiography X-Ray units.
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This device readily indicates a 1% or 2% misalignment at a 1 m focal-film distance (FFD), but it can be used at any FFD. It can also be used to check fluoroscopy alignment and collimation.
