Clearsight Bolus, 0.3cm water equivalent thickness, 0.34cm physical thickness, Clear, 30cm x 30cm, (3) units per package

Clearsight Bolus, 0.3cm water equivalent thickness, 0.34cm physical thickness, Clear, 40cm x 40cm, (3) units per package

Clearsight Bolus, 0.5cm water equivalent thickness, 0.57cm physical thickness, Clear, 30cm x 30cm

Clearsight Bolus, 0.5cm water equivalent thickness, 0.57cm physical thickness, Clear, 40cm x 40cm

Clearsight Bolus, 1.0cm water equivalent thickness, 1.15cm physical thickness, Clear, 30cm x 30cm

Clearsight Bolus, 1.0cm water equivalent thickness, 1.15cm physical thickness, Clear, 40cm x 40cm

Solid Phantom, miniPhantom

miniPhantom R used as Patient QA Phantom with MatriXX Resolution

miniPhantom R used as Patient QA Phantom with MatriXX Resolution

myQA® SRS Phantom for myQA SRS detector for SRS and SBRT patient plan verification

myQA® SRS Phantom Cyberknife for myQA SRS detector for SRS and SBRT patient plan verification

30 x 50 x 0.5cm

30 x 50 x 1.0cm

30 x 30 x 0.3cm

40 x 40 x 0.5cm

40 x 40 x 1cm

30 x 30 x 0.5cm

30 x 30 x 1.0cm

30 x 30 x 1.5cm

30 x 30 x 2.0cm

30 x 30 x 3.0cm

15 x 15 x 1.0cm

15 x 15 x 0.5cm

15 x 15 x 1.5cm

Reusable non-sterile (15 x 15 x 2.0cm) bolus with skin

Alignment Block

The R2*/T2* phantom is a medical device accessory intended to be used as an alternative to human test subject to avoid potential complications for an MRI centre in order to evaluate that the scanning protocol have been correctly set up for the analysis of cardiac R2* and T2* values using the CardiacT2* on 1.5T and 3T MRI scanners. The R2*/T2* Phantom consists of an amber bottle having 09 (nine) plastic tubes (30mL) of 0.8% Agarose (C24H38O19) gel doped with varying known concentrations (0.10 mM to 3.2 mM) of manganese chloride (MnCl2).

Cardiovascular magnetic resonance (CMR) T2 mapping is key to quantifying myocardial inflammation. The T2CMR Phantom is made of nine (9) plastic tubes (30mL) containing different concentrations of nickel chloride (NiCl2) in agarose. T2CMR Phantom is provided to MRI Centres for the verification of T2-mapping stability across different 1.5T and 3T scanners (different manufacturers and models) and to understand the feasibility of delivering a “T2 standard”.

The T1CMR Phantom contains a range of nickel chloride in agarose solutions that mimic cardiac T1 and T2 values. T1 measurement is used to calculate the extravascular volume fraction (ECV) to detect diffuse myocardial fibrosis. It is provided to MRI Centres for the verification of T1-mapping stability across different 3.0T scanners (different manufacturers and models) and to understand the feasibility of delivering a “T1 standard”.

The T1CMR Phantom contains a range of nickel chloride in agarose solutions that mimic cardiac T1 and T2 values. T1 measurement is used to calculate the extravascular volume fraction (ECV) to detect diffuse myocardial fibrosis. It is provided to MRI Centres for the verification of T1-mapping stability across different 1.5T scanners (different manufacturers and models) and to understand the feasibility of delivering a “T1 standard”.

MRI PHANTOM

Standard Imaging IMRT Phantoms are designed to provide feedback on complex treatment plans generated using 3D. The phantoms are designed to mimic a human torso. Both film and ion chambers can be simultaneously irradiated for comparisons with the treatment planning system.

Standard Imaging Reconstruction Jig Large allows spatial localization of catheters or other setups for HDR brachytherapy applications. It allows determination of the position of objects in space to a high degree of accuracy.

Standard Imaging Reconstruction Jig Small allows spatial localization of catheters or other setups for HDR brachytherapy applications. It allows determination of the position of objects in space to a high degree of accuracy.

Standard Imaging PIPSpro Software is a stand alone software medical device used for QA checks of imaging systems used with radiation therapy systems.

Standard Imaging Winston Lutz Cube Phantom is a phantom designed to be used with a radiation treatment system to determine, from images of the phantom, the positional accuracy of the treatment isocenter of the system.

Accessory to Model 1177 MapCHECK 2.

Accessory to Model 1177 MapCHECK 2.

Radiation therapy, machine QA device

Radiation therapy, machine QA device

Radiation therapy, machine QA device

Radiation therapy, machine QA device

Radiation therapy, machine QA device

Radiation therapy, machine QA device