Transcript Sun Nuclear Products radpro zmk ms

3D SCANNER™
More than just a different shape, the 3D SCANNER saves time and improves beam scanning data quality.
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Advanced Design
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Ring drive mechanism positions detector in any relevant 3D location
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65cm scanning range eliminates the need for tank shifts
Better Data
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Eliminates setup subjectivity which affects data quality
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Detector maintains consistent orientation for in-plane, cross-plane, and diagonal scans
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Narrow side of scanning detector remains parallel to beam edge, reducing dose volume averaging
Simple to Setup and Easy to Use
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Automated tank levelling, water surface, and beam center detection
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Less than 30 minute setup
Efficient
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Maintain consistent detector orientation without moving tank
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Setup tank once for all required scans (no shifts required)
Software
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New multi-product scanning/profile software application
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Customizable user interface and measurement scripts
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Database for effective data management
3D MiniLift ™
Go Anywhere Portability for 3D SCANNER
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Part of a convenient and portable 3D SCANNER system
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Clears the Linac couch ring for stability
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Supports all 3D SCANNER and Auto Setup™ functionality
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Quick and easy breakdown for transportation
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Easily stored, requires less space
3D SCANNER Testimonial
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In selecting a new dosimetry scanning system, our key decision criteria were positional accuracy, reproducibility, stability and a quick and easy set up procedure. We
chose Sun Nuclear's 3D SCANNER, which satisfies all 4 aspects and astoundingly has an AutoSetup™capability which allows the tank to level itself (Z) and detect the
beam center and adjust its position (X/Y) to within +/- 0.1mm, all automatically. We have found these features to be very beneficial to our dosimetry scanning results.”
Homeira Mosalaei, M.Sc
QA coordinator
London Regional Cancer Program
Learn more
3D SCANNER AutoSetup™ Video
3D SCANNER™ Webinar
ArcCHECK®
A 4D isotropic cylindrical detector array for Rotational Delivery QA
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SunPoint™ Diode Detectors for accurate measurements
FFF Support
Virtual Inclinometer™ for gantry angle QA
Internal Inclinometer for ease of setup
3D and DVH Analysis
Easy setup and lightweight (16kg)
Measure both composite and per control point
Real-time updates (50ms)
PMMA MultiPlug™
Features of the PMMA MultiPlug:
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Precision fitted for ArcCHECK central cavity
Accepts ion chambers, diodes, film detectors
Position single detectors in any of 25 unique locations
Position film sizes up to 13 x 21cm in X or Y axis
Angle indicator allows rotation to any angle within ArcCHECK cavity
ArcCHECK Testimonial
ArcCHECK is a great QA tool from Sun Nuclear that gives us the assurance that the complex plans we create are being delivered correctly by our
linacs. We have been using the ArcCHECK to check all our IMRT and VMAT plans for about a year now. We find it reliable, easy to set up and
use. Normally, we check the complete plan, delivering the individual beams at their planned gantry angles. However, the ArcCHECK has also
proved useful for investigating individual beams if any areas of concern are identified in the composite delivery. We are also looking to take our
patient QA further by using the ArcCHECK measurements in conjunction with Sun Nuclear’s 3DVH software to gain a better insight into the
impact of failing points on the patient plan.”
Principal Physicist, St. George's Cancer Care Centre
Christchurch, New Zealand
Learn more
ArcCHECK® Webinar
ArcCHECK® Concept Video
3DVH®
A next generation Patient Dose QA tool for 3D Dose comparison and Patient DVH analysis in the patient’s anatomy, opening a new era of
clinically relevant Patient QA.
•DVH QA
- Use existing QA results to estimate impact on patient dose and DVH
- Use ArcCHECK®, MapCHECK®, or EPIDose™
•Patient Anatomy
- Dose to phantom planar QA is converted to a heterogeneous dose to patient for DVH QA
- See the planning CT image set as the background to the dose and dose differences
•Universal Comparisons
- Plan 1 vs. Plan 2 for a given TPS
- TPS 1 Plan vs. TPS 2 Plan using any TPS
- Modality “X” vs. Modality “Y”
3DVH Testimonial
Through our use of 3DVH we have learned that conventional IMRT QA does not tell us the whole story about how our IMRT QA results effect the dose to the
patient. 3DVH allows us to determine what effect the errors in our IMRT QA results have on the dose to the patient.
For instance, we have encountered cases where conventional IMRT QA results are acceptable, but the dose to the patient is much colder then expected due to
overlapping dose errors between fields. We have also encountered cases where conventional IMRT QA results are marginally acceptable, but the dose to the
patient is better then expected due to errors canceling out.
3DVH also gives us the ability to determine how the dose to the patient changes if one or multiple fields fail a given set of criteria say 3% / 3mm while other
fields pass. We have encountered this grey area in multiple IMRT plans and 3DVH finally gives us a tool to qualitatively evaluate how these plans will effect the
patient.
In our experience, the largest benefit of 3DVH is that it has given us new insight into how our IMRT QA results really effect the dose the patient receives. This
in turn allows us to make much more informed clinical decisions from both a physicist and physician perspective on whether or not an IMRT plan should be
used to treat a patient.”
Department of Physics, Global Physics Solutions
Goshin Indiana, USA
Learn more
3DVH Overview Video
DoseLab™
DoseLab is fast, simple, powerful software designed for radiation therapy QA. It is the most automated and most reliable TG-142 tool. DoseLab
automatically analyzes images, generates PDF reports, and saves results to a built-in database. DoseLab saves you time and gives you
quantitative methods to perform QA.
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TG-142 QA
MV and kV Imaging QA and analysis
Automatic Comparison of images and dose maps
PQI Analytics
Film Calibration
Winston-Lutz tests using film and EPID
ImagePro™
ImagePro is designed to help physicists perform daily, monthly, and annual QA procedures on MV beams, EPIDs, and kV imaging panels. Use
DoseLab software to analyze ImagePro images for efficient and accurate image and mechanical QA
• MV-QA and kV-QA: MV/kV Image QA and Constancy
• FS-QA: Field Size QA and Constancy
• WL-QA: Isocenter QA and Constancy
DoseLab™ Testimonial
The RPC monitors nearly two thousand clinics worldwide and uses DoseLab's TG-142 image analysis tools to help analyze quality assurance
tests accurately, reproducibly, and efficiently."
Stephen Kry, Ph.D., DABR,
Assistant Professor
Radiological Physics Center
Department of Radiation Physics
The University of Texas MD Anderson Cancer Center
Houston, Texas USA
Learn more
DoseLab and Image Pro Phantoms Webinar
IC PROFILER™
IC PROFILER provides real time beam QA & dosimetry without a water tank on X and Y axes in addition to both diagonals. It acquires flatness,
symmetry, output, field size and penumbra data in only a few monitor units. IC PROFILER is much faster to setup and use for monthly and
annual QA than a water tank. IC PROFILER can be used for most applications where a water tank would normally be required.
•Quick and precise beam QA measurement
•Full field measurement instead of a single point
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Identify startup/time dependent anomalies
•Sets up in minutes versus hours for a water tank
•Low signal to noise (0.15%)
•One measurement checks multiple parameters
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Includes flatness, symmetry, field Size, beam center, penumbra width, Light: Radiation coincidence
•Advanced applications
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Includes beam constancy, steering, diagnostics, collimator and rotational sag QA
•Accepted and proven for clinical and factory settings
IC PROFILER Testimonial
We started using the IC PROFILER for our monthly linac QA about 18 months ago. It has been an invaluable tool allowing us to quickly and
easily check flatness and symmetry at various gantry angles for both photon and electron beams. Since starting VMAT treatments, we have
also used the IC PROFILER to check the variation in symmetry over 360 degree arcs and at different dose rates, giving us confidence that our
beams are behaving as we would expect them to. The application of a dose calibration also allows us to check the consistency of the output
with gantry angle, different arcs and different dose rates. All these features help make our monthly QA process much more efficient.”
Dr. David McKay
Principal Physicist, St. George's Cancer Care Centre
Christchurch, New Zealand
Learn more
PROFILER Product Family Webinar