TOR IQ II
Special phantom for tests as per AERB QA format for Radiography and Fluoroscopy applications which suffices the requirements of:
TOR 18FG
TOR 18FG is a fluoroscopy phantom, which enables the following checks to be made:
The TOR 18FG phantom is supplied in a protective case with
1 x copper filter 1.0mm x 150mm x 150mm
Motus Motion Platform
The Leeds – MOTUS motion platform is a compact programmable motion arm ideal for introducing motion to your quality assurance testing to overcome the limitations with static testing of dynamic systems, especially where complex image processing is applied.
SFS Set
A set of test objects designed to be used quickly and easily on an annual / commissioning basis to provide an ongoing check of imaging performance, particularly those aspects which are most liable to deterioration. An ongoing record of these numbers will reveal any trend towards deterioration in imaging performance.
TO XR21
The TO XR21 phantom is designed to allow the user to check image quality in accordance with the NEMA XR21 standard.
Fluoro 4 & Fluoro 4-L
Leeds Test Objects – FLUORO-4 phantom is designed to check the image quality performance of digital and conventional fluoroscopy X-Ray systems.
TO CDRH
TO CDRH Phantom enables quality assurance testing of Radiography / Fluoroscopy systems.
FluoroMesh
An image quality phantom, designed to provide an ongoing check of the resolution of fluoroscopy systems by counting the number of mesh patterns resolved in the image.
CBCT-150
CBCT-150 phantom is used for constancy testing of CBCT and 3D-Fluoroscopy systems.
PMMA/Cu Attenuator
A bonded PMMA and Copper attenuator consisting of 30mm PMMA and 1mm Cu.
25mm Aluminium Attenuator
Leeds Test Objects- Aluminium Patient-Equivalent Attenuator is designed for use when checking the image quality performance of general radiography systems.
21mm Aluminium Attenuator
Leeds Test Objects – 21mm Aluminium Patient-Equivalent Attenuator is designed for use when checking the image quality performance of general radiography systems.
