Comprehensive TG-142 imaging and machine QA. Quickly quantifies the quality of EPIDs and automates the analysis of TG-142 QA tasks.
Available in two modules – QC for EPID QA, starshot, scaling, jaw position, radiation light/field tests, or Comprehensive which adds CBCT QA, stereotactic, IGRT & MLC QA. Use in conjunction with QC-3, QC-kV1, FC-2, MLC & MIMI specialized phantoms for full TG-142 imager and machine QA testing.
PIPSPro Stereotactic software is now available as a stand-alone module. Automatically analyses EPID images of Winston-Lutz ball marker (phantom sold separately).
IMSure is MU verification software. The patented “3-Source Model” algorithm more accurately models high-gradient and low-dose regions of small fields found in IMRT fields.
Check specific-point dose plans, standard plan MU, or IMRT QA plans. Import patient contours and specify ROI for structure specific analysis, or perform fluence comparisons. Comparison methods of gamma map, difference map, correlation coefficient, histograms and diodes supported.
IMSure Brachytherapy is HDR, LDR and permanent implant verification software. Imports DICOM-RT plan files from TPS and uses TG-43 formulism for dose calculations.
Calculate up to 30 points simultaneously and view in 3D.
PIPSpro software in conjunction with the MIMI phantom, PIPSpro phantoms below and your own CatPhan phantom, achieves over 30 of the QA tests recommended by TG-142.
The WL ball marker phantom contains a 5mm sphere to verify isocentre for stereotactic radiosurgery. Acquire images of the ball marker, analyse using PIPSpro which determines the 3D offset within 0.1mm.
For MLC leaf position accuracy, MLC transmission, setting vs radiation field for 2 patterns, leaf position repeatability & segmental IMRT test.
With PIPSpro, analyses and quantifies kV spatial resolution, contrast, uniformity and noise.
With PIPSpro analyses and quantifies EPID spatial resolution, contrast, uniformity and noise.
With PIPSpro analyses and quantifies the light/radiation field coincidence, jaw position symetricity, EPID & kV scaling.
The MIMI phantom is an iscoentric alignment IGRT QA tool. It tests the coincidence of the isocentre prescribed by the lasers, treatment beam and image guidance (CBCT, OBI, XVI) systems for coincidence. Easy 2D/2D and 3D/3D matching due to 5 uniquely set rods which interest at 90degrees when viewed in DRR or 2D image. Also fits the Varian Frameless Array Optical Guidance System localizer.
Lucy QA Phantom tests the imaging chain QA transfer, radiation alignment machine QA, and stereotactic patient dosimetry QA. There are many additional options available – stereotactic frame interfaces, CT imaging, MRI Imaging or dosimetry QA accessory packages plus IGRT kV and Angiography marker cylinders, and other accessories for ion chambers, diodes, MOSFET, film or TLD.
MiniPhantom measures head-scatter factors down to field size of 3x3cm. MiniPhantom is dmax columnar scribed build-up cap, 3cm diameter & 20cm length. Stand also allows horizontal chamber positioning and is small to minimize scatter. In-air comparison jig allowing 2 ion chambers positioned reproducibly side-by-side.
Virtual Water water-equivalent phantom material for routine QA using photon or electron beams. Thicknesses from 2mm to 6cm, sizes 20, 30, 40cm square. Density 1.03g/cm3.
BlueWater is a water-equivalent, cheaper alternative for measuring output constancy of Linac photon beams.
RGP simulates supports and secrures IMRT phantoms for CT and treatment applications. The simulated breathing creates longitudinal movement of a target over 5 to 40mm over cycle interval of 2.0 to 6.0 seconds. Independently control range of motion and respiratory cycle.
IMRT QA products include the IMRT Dose Verification Phantom, for comprehensive head & neck and torso commissioning. Can also be used in conjunction with the RGP.
Use SDVP for film and ion chamber dose measurements - add the SRS Dosimetry QA Slab to evaluate the accuracy of the TPS DRR from CT scans.
Thimble ion chambers are used for absolute dosimetry calibrations in water, air or in other phantoms. Have an inherently waterproof construction with vent tube sealed to chamber body and open near the connector. Build-up cap of C552 air-equivalent plastic included, with Delrin and brass build-up caps available.
A19: Classic Farmer-type chamber of homogeneous, isotropic, waterproof design
A12: Farmer-type chamber for absolute dosimetry calibrations (characterized in TRS-398)
A12S: Shorter Farmer-type chamber for absolute dosimetry calibrations in water, air or phantoms
A1SL: Miniature chamber for relative dosimetry scanning & point dose measurements (characterised in TRS-398) and is available in air or tissue equivalent plastic
A1: Miniature chamber for relative dosimetry scanning & point doses (characterized in TRS-398)
A2: For relative dosimetry scanning & absorbed dose of photon, electron, neutron, & proton beams, plus photon exposure and air kerma
A28: For relative dosimetry scanning & point dose of field sizes as small as 6.9mmx8.3mm
For assessing pinpoint radiation fields for IMRT, orthovoltage, stereotactic, superficial therapy. Have an inherently waterproof construction with vent tube sealed to chamber body and open near the connector.
A16: Microchamber measures small IMRT & stereotactic fields to field size 3.4mmx3.4mm
A14SL: Slimline A14 measures small IMRT & stereotactic fields to field size 4mmx6mm
A14: Microchamber ideal for phantom measurements
A14P: Planar micro chamber with air and tissue equivalent options for superficial measurements
Maximise spatial resolution and minimize angular dependence, allowing for accurate small-field stereotactic measurements.
D1V diode face is perpendicular to the beam when upright, ideal for photon scanning and use in Lucy phantom. D1H diode face is perpendicular to the beam when flat, for use in plastic phantoms.
new! Near-water equivalent detector with linear dose response, which is dose-rate & MV-energy independent and also temperature independent for phantom measurements.
Has 1mm spatial resolution for SRS & SBRT measurements. Utilises two channels on an electrometer, ideal for use with SuperMax, which also effectively eliminates Cerenkov effect without extraneous calculations. Use with the Exradin Scintillator Calibration Slab.
For calibration standards labs, health physics and Linac room scatter measurements. Volumes of 3.6cc, 30cc, 100cc, 800cc & 15.7litres.
Very wide guard rings for precise depth dose measurements with no perturbation. Fully guarded, rigid stem and vent tube sealed to chamber body and open near the connector.
A10: Markus-type chamber for electron beam and depth doses, includes acrylic waterproof cap
A11: Inherently waterproof Roos-type chamber for use in electron beams and depth doses in all modalities, plus available in air, tissue and polystyrene equivalent models
A11TW: Inherently waterproof chamber for measurements in superficial & low energy diagnostic beams
QA BeamChecker Plus is a wire-free Linac daily QA ion chamber device for measuring photon, electron and VMAT output. Has automatic energy detection, integrated build-up.
DoseView 1D fulfills TRS-398 for one dimensional water scanning phantom for depth dose curves and SAD measurements. Available in 2 sizes.
Two independent measurement channel reference grade electrometer with touchscreen interface, built in chamber library, and 1fA resolution.
Accurate reference grade electrometer for use in a wide range of radiation therapy applications including external beam, brachytherapy and mammography. Wide range, excellent sensitivity, low noise, stable repeatability, automatic threshold detection. Includes PC software for fast modifications to chamber libraries, data logging, remote operation etc. ADCL calibrations available.
An extensive range of brachytherapy products for High-Dose Rate, Low-Dose Rate, Intravascular and Electronic Brachytherapy Source Calibrations. There is also a comprehensive selection of products for managing prostate implant treatments, including needle loading, seed sterilization, shielding, seed handling, transportation and storage.
HDR1000Plus performs precise and accurate calibration of HDR and LDR Iridium, Iodine, Palladium, Cesium and Strontium brachytherapy source activities. Various source holders available for most isotopes. ADCL calibrations available.
IVB1000 is similar to HDR1000Plus but offers a long 100mm sweet spot to accommodate long source trains and wires - can calibrate individual and multiple isotopes. Various source holders available for most isotopes. ADCL calibrations available.
Comprehensive line of source holders for calibrating high and low dose rate Iridium, Palladium and Iodine isotopes.
Comprehensive line of source holders for calibrating Iodine and Palladium isotopes.