CT/SIM

CT/SIM Check

CT/SIM Check is an efficient daily tool designed for a broad range of Daily QA Procedures in compliance with TG 66 CT SIM Protocols. CT/SIM Check is lightweight, easy to use and locates on couch index bar for reproducible orthogonal setup. It fulfills a range of tests including: constancy checks for HU, volume uniformity, laser alignment in three axes, image orientation display, geometric scaling and isocenter laser localization.

iQA for CT/SIM Check

When paired with our iQA Auto Analysis Software, all analyses are performed automatically in just few seconds; all data is then stored in the iQA database for trending and further analysis from scan to scan.

iQA Auto Analysis Software

The IMT iQA Auto Analysis Software, developed with our clinical partners, was designed to provide simple, procedural QA process implementation that is therapist-friendly and completely visible to administrative functions. iQA supports multiple sites and machines and provides controlled, standardized, and repeatable QA procedures using step-by-step instructions and direct input of critical measurements. iQA’s database provides historical trend analysis for all locations and will automatically notify the physicist or other administration of QA test results, including any failures or omissions. If necessary, Corrective Action can be initiated and tracked within the software at the first point of failure.

MR Distortion

GrID

The GrID Phantom is designed for MR Image Distortion assessment in all three axes to identify hardware-related geometric inaccuracies. The 3D volume of the GrID is comprised of 9 image planes with more than 4,500 spherical fiducials. GrID can be scanned in Axial, Saggital, and Coronal orientations.

iQA for GrID

When paired with our iQA Auto Analysis Software, all analyses are performed automatically in just few seconds; all data is then stored in the iQA database for trending and further analysis from scan to scan.

iQA

The IMT iQA Auto Analysis Software, developed with our clinical partners, was designed to provide simple, procedural QA process implementation that is therapist-friendly and completely visible to administrative functions. iQA supports multiple sites and machines and provides controlled, standardized, and repeatable QA procedures using step-by-step instructions and direct input of critical measurements. iQA’s database provides historical trend analysis for all locations and will automatically notify the physicist or other administration of QA test results, including any failures or omissions. If necessary, Corrective Action can be initiated and tracked within the software at the first point of failure.

SRS

MAX-HD

MAX-HD is a high-definition, anthropomorphic QA phantom specifically designed for End-to- End SRS commissioning. MAX-HD is an unrivaled SRS training resource providing QA for image acquisition from both CT and MR modalities, image fusion, multiple target simulation, IGRT localization, and dosimetric plan verification. MAX-HD is an efficient tool for comprehensive End-to-End system testing.

Winston-Lutz Cube

The Winston-Lutz Cube is designed for comprehensive Winston-Lutz Isocenter Verification for SRS and SBRT. It provides simple, efficient, and highly reproducible method for determining Isocenter Verification of the Gantry, Collimator, Treatment Table Rotation Axes, and Lasers. Machined to precise tolerances, the Winston-Lutz Cube provides repeatable measurements to less than 0.25mm.

When paired with our iQA Auto Analysis Software, all analyses are performed automatically in just few seconds; all data is then stored in the iQA database for trending and further analysis from scan to scan.

Miles Adapter

The Miles Adapter is an accessory to the CyberKnife Synchrony Tracking System, and is designed to elevate an optical lead’s angle-of- attack, thereby improving the line-of- sight to the optical detector. Miles Adapter helps decrease setup time by minimizing the number of adjustments needed to properly position the optical lead. The small and lightweight footprint allows the Miles Adapter to be placed anywhere the standard optical lead can be placed.

SBRT

E2E

The E2E® Thorax SBRT Phantom is a complete system tool for your SBRT program providing end-to-end localization assessment and dosimetric evaluation. The E2E® Thorax SBRT Phantom includes two lung tumor volumes with ion chamber cavities in the center of each. Other ion chamber cavities are provided in spinal cord, vertebra body and lung/soft tissue interface. Our new configuration has a removable lung rod insert with an embedded target bisected by a film plane. Additionally it has an axial slice with a film plane right through the vertebral body.

Winston-Lutz Cube

The Winston-Lutz Cube is designed for comprehensive Winston-Lutz Isocenter Verification for SRS and SBRT. It provides simple, efficient, and highly reproducible method for determining Isocenter Verification of the Gantry, Collimator, Treatment Table Rotation Axes, and Lasers. Machined to precise tolerances, the Winston-Lutz Cube provides repeatable measurements to less than 0.25mm.

When paired with our iQA Auto Analysis Software, all analyses are performed automatically in just few seconds; all data is then stored in the iQA database for trending and further analysis from scan to scan.

Miles Adapter

The Miles Adapter is an accessory to the CyberKnife Synchrony Tracking System, and is designed to elevate an optical lead’s angle-of- attack, thereby improving the line-of- sight to the optical detector. Miles Adapter helps decrease setup time by minimizing the number of adjustments needed to properly position the optical lead. The small and lightweight footprint allows the Miles Adapter to be placed anywhere the standard optical lead can be placed.

LINAC / 6DOF

ISOCube + Alignment Plate

Designed for daily system checks, the ISOCUBE is a cost-effective, quick and accurate tool for testing radiation isocenter alignment between the lasers, light field and image guidance systems. The isocenters of both the OBI and the EPID can be checked for true spatial alignment and coincidence with that of the treatment beam.

The ISOCUBE Alignment Base Plate (sold separately) has three axes of fine adjustment: pitch, roll and rotation. These adjustments can be used to position the ISOCube to an absolute radiation isocentric position. To test the accuracy of a 6 DOF Couch coupled to an OBI System, the Base Plate, with ISOCUBE in place, can be intentionally skewed in three axes thereby moving the ISOCube to a new orientation. New images will yield new coordinates for repositioning the ISOCube assembly using a couch-shift correction. Re-imaging with the OBI or IR Camera system thereby verifies accuracy of the entire OBI/6 DOF System.

iQA for ISOCube

When paired with our iQA Auto Analysis Software, all analyses are performed automatically in just few seconds; all data is then stored in the iQA database for trending and further analysis from scan to scan.

iQA Auto Analysis Software

The IMT iQA Auto Analysis Software, developed with our clinical partners, was designed to provide simple, procedural QA process implementation that is therapist-friendly and completely visible to administrative functions. iQA supports multiple sites and machines and provides controlled, standardized, and repeatable QA procedures using step-by-step instructions and direct input of critical measurements. iQA’s database provides historical trend analysis for all locations and will automatically notify the physicist or other administration of QA test results, including any failures or omissions. If necessary, Corrective Action can be initiated and tracked within the software at the first point of failure.

GMOC

The IMT GMOC phantom, developed with our clinical partners, was designed with simplicity and ergonomics in mind while providing a broad range of Monthly Output testing functions. This unique phantom is lightweight, reproducible and efficient. The Lightweight GMOC phantom fits securely in LINAC electron collimator to ensure accurate repeatability. GMOC is therapist-Friendly Setup – No phantom alignment or couch shifts are required. It verifies Dose Calibration / Output Constancy, Beam Energy Constancy, Rotational Dose Output Constancy, kV / MV Image System Alignment, Isocentric Room Laser Alignment, OBI Software Image Distance Measuring Accuracy, Optical Distance Indicator Accuracy, Optical Reticle Alignment and Light Field-Size Accuracy.

When paired with our iQA Auto Analysis Software, all analyses are performed automatically in just few seconds; all data is then stored in the iQA database for trending and further analysis from scan to scan.

DP-850

The DP-850 fully complies with AAPM TG-66 requirements for CT simulators as well as key components of AAPM TG-53 for treatment planning system quality assurance. The DP-850 is the fi rst ( only) comprehensive � end-to-end� phantom that evaluates the entire radiotherapy treatment process: The DP-850 is designed to fully comply with AAPM TG-66 requirements for CT simulators as well as key components of AAPM TG-53 for treatment planning system quality assurance.

It is constructed of a solid material with a relative density value of 0.85 (relative to water) as the background material. It consists of 4 primary modules that are assembled using rods of a density similar to trabecular bone around the periphery of the DP-850. To optimize functionality it contains various internal structures, test objects, and fiducials.

When paired with our iQA Auto Analysis Software, all analyses are performed automatically in just few seconds; all data is then stored in the iQA database for trending and further analysis from scan to scan.

DOVe

The DOVe™ Phantom is designed as a practical and cost effective tool for verifying patient position with regard to patient orientation thereby ensuring consistency throughout the imaging export and import processes and preventing the data being mirrored or flipped. Constructed of durable urethane, the DOVe™ emulates two distinct patient features: the head and the feet - engraved on opposite sides. These two images depict head first or feet first patient orientation and either supine or prone patient setup. Complementing each of these two distinct patient orientations are engraved markings which indicate decubitus left or decubitus right.

DICOM

DOVe

The DOVe™ Phantom is designed as a practical and cost effective tool for verifying patient position with regard to patient orientation thereby ensuring consistency throughout the imaging export and import processes and preventing the data being mirrored or flipped. Constructed of durable urethane, the DOVe™ emulates two distinct patient features: the head and the feet - engraved on opposite sides. These two images depict head first or feet first patient orientation and either supine or prone patient setup. Complementing each of these two distinct patient orientations are engraved markings which indicate decubitus left or decubitus right.

When paired with our iQA Auto Analysis Software, all analyses are performed automatically in just few seconds; all data is then stored in the iQA database for trending and further analysis from scan to scan.

DP-850

The DP-850 fully complies with AAPM TG-66 requirements for CT simulators as well as key components of AAPM TG-53 for treatment planning system quality assurance. It is constructed of a solid material with a relative density value of 0.85 (relative to water) as the background material. It consists of 4 primary modules that are assembled using rods of a density similar to trabecular bone around the periphery of the DP-850. To optimize functionality it contains various internal structures, test objects, fiducials

When paired with our iQA Auto Analysis Software, all analyses are performed automatically in just few seconds; all data is then stored in the iQA database for trending and further analysis from scan to scan.


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