QA BeamChecker™ Plus

This is an array of detectors for easy daily QA with simple, fast, and reliable measurements using automatic energy detection. It performs routine daily QA measurements for traditional linear accelerators and rotational VMAT systems including those from Varian, Elekta, and Accuray. It does not require wires, a computer, and can also be used in 9 rooms.

MIMI™ PhantomS

This phantom ensures image guidance accuracy by measuring the coincidence of isocenter prescribed by the lasers, treatment beam and image guidance systems. Five bone equivalent rods are visible in any image or slice for automatic registration of 2D/2D and 3D/3D matching and verification of isocenter position. The MIMI Phantom can be used to check 3D Cone Beam registration (CBCT, OBI, XVI) systems, MV/kV Isocentricity, Lasers and Couch Table Adjustments, Optical Guidance Systems, Virtual and physical graticules, and 6D couch pitch/yaw/roll when used with the HexaCheck.

HexaCheck™

It is designed exclusively for the MIMI™ Phantom, the Hexa Check allows secure integration with the MIMI Phantom making it easy to perform 6D couch commissioning and QA.

QA Pilot™

QA Pilot™ is cloud-based platform gives access to QA without manual spreadsheets or multiple programs. Data from the QA BeamChecker Plus is automatically uploaded to daily file for each machine.

QA CrossChecker™QA CrossChecker™

This is an array of detectors for beam and machine verification—without the hassle of large phantoms. It allows for accurate machine QA including dosimetric, mechanical, gating and MLC performance testing.This is an array of detectors for beam and machine verification—without the hassle of large phantoms. It allows for accurate machine QA including dosimetric, mechanical, gating and MLC performance testing.

Standard Imaging offers some software solutions for monthly QA:

• QA Fusion
  With QA Fusion you can reduce time for QA & increase patient safety. Entire teams can view machine QA at a glance and automate image-based & templates tests.
• QA Pilot™
• PIPSpro™ Software
  PIPS pro provides a comprehensive, quantitative analysis of your imager and linac, easing the implementation of TG-142. The latest version of PIPSpro includes a new MLC leaf speed module that allows the user to calculate quantitative leaf speed loss, as required by TG-142.
• QA Fusion
  With QA Fusion you can reduce time for QA & increase patient safety. Entire teams can view machine QA at a glance and automate image-based & templates tests.
• QA Pilot™
• PIPSpro™ Software
  PIPS pro provides a comprehensive, quantitative analysis of your imager and linac, easing the implementation of TG-142. The latest version of PIPSpro includes a new MLC leaf speed module that allows the user to calculate quantitative leaf speed loss, as required by TG-142.

DoseView™ 3D

The DoseView 3D is a 3-axis water scanning phantom for quick, intuitive commissioning and QA. A fusion of robust hardware with easy-to-use software allows for superior beam commissioning and quality assurance measurements. Produces precise scan results for all linear accelerators including the Varian® Halcyon®.

Ion chambers and detectors

Standard Imaging has a wide range of different ion chambers and detectors for dosimetry. For annual QA you can use the following equipment:

• Exradin A28 Ion Chamber (scanning chamber)
• Exradin D1H & D1V Diode Detectors
• Exradin A4 Ion Chamber (out-of-field reference signal)
• Exradin® W2 Scintillator System (unlike other detector types, the water equivalent W2 scintillator does not perturb small field dose distributions when it is placed in the beam, so you can measure small fields with greater accuracy)

LUCY® 3D QA Phantom

It is a phantom for End-To-End Stereotactic QA. LUCY has a variety of targeting inserts available for testing accuracy. Ion chambers or film can confirm prescribed dose and software can help with automatic analysis of TG-142 recommended tests. The Lucy 3D QA Phantom is compatible with most commercial SRS frames and frameless systems. The SRS frame (with Lucy) is mounted on the couch and treated within the manufacturer’s exact coordinate system.

SuperMAX™ Electrometer

It is a two-channel, reference-grade electrometer with built-in detector library. It has a large, color display with built-in touchscreen, so it is easy to use its interface.

Stereotactic Dose Verification Phantom

This is a water equivalent phantom which is used with ion chambers and films. Ion chamber and film dose measurements in a water-equivalent phantom designed specifically for stereotactic radiosurgery and recommended by Accuray.

Software:

PIPSpro Software’s Stereotactic Module automate your routine Winston lutz testing to the highest degree of accuracy in all three dimensions; providing the data needed to correct the targeting of your machines.

Adaptivo™ is a solution for patient dosimetry. Radiotherapy is constantly changing, therefore we need to adapt. With this instrument you can verify accurate plan delivery, review cumulative dose reconstruction, realize daily Exit Dose Monitoring, monitor and evaluate the quality of a treatment plan delivery from the first to the last fraction. etc.

DoseView™ 1D

The DoseView™ 1D is 1D water scanning phantom for simple, precise setup to easily acquire beam quality and absolute dose measurements that support AAPM TG-51 and IAEA TRS-398. DoseView 1D Software instantly records electrometer data and facilitates depth-dose curve acquisition, improving the efficiency of routine QA testing.

Ion chambers

Standard Imaging has a wide range of different ion chambers and detectors for dosimetry. For absolute dosimetry you can use the following equipment: Exradin A19 Ion Chamber (farmer chamber) Exradin A11 Ion Chamber (Roos-type chamber)

QA StereoChecker™

This is an array of detectors for complete daily CyberKnife QA. It can measure profiles, field width, penumbra, flatness, absolute eccentric and center deviation, planned vs. acquired leaf patterns.

CyberCross™

The CyberKnife® System is not equipped with a crosshair marker. The CyberCross™ resolves setup issues quickly and easily for physicists using QA devices that rely on crosshair markings for alignment to isocenter.

QA BeamChecker™ Plus & CyberKnife Cutting Board for the QA BeamChecker™ Plus

This solution allows morning QA by therapists. Equipped with implanted fiducial markers which allow for accurate alignment of the QABC+ using the CyberKnife system’s treatment localization system (TLS).

Stereotactic Dose Verification Phantom

Ion chamber and film dose measurements in a water-equivalent phantom designed specifically for stereotactic radiosurgery and recommended by Accuray.

Ion chambers from Standard Imaging allow Fast and precise measurements with minimal settling times.

MAX 4000 Plus Electrometer

The MAX 4000 Plus is a versatile, reference-grade tool ideal for a spectrum of radiology applications. MAX COMM™ software allows for comprehensive control of dose and dose-rate measurements, chamber detectors, remote operations and data logging.

There are a lot of detectors for diagnostic CT QA:

Exradin® A101 Ion Chamber, CT, 4.54cc
Exradin A20 Low Energy X-Ray Ion Chamber, 0.074cc
Exradin Magna A650 Ion Chamber, Diagnostic Parallel Plate Chamber, 3.46cc
Exradin® Magna A600 Ion Chamber, Diagnostic Parallel Plate Chamber, 1.50cc
RaySafe X2 Solo R/F

Pro CT Dose Phantom

The Pro-CT Dose Phantom is an phantom for measuring radiation dose output for CT and CBCT scanners simulating adult and pediatric head and body scans.

Pro-RT ED

The Pro-RT ED phantom is used to account for tissue heterogeneity in radiotherapy treatment planning.

CatPhan 500

The CatPhan phantom allows for complete characterization of multi slice imaging protocols ensuring ideal imaging performance for axial and spiral CT scanners.

Pro Fluo 150 Phantom Kit

The Pro-Fluo 150 is used to test flat panel and cone beam constancy of fluoroscopic xray systems and IGRT imaging systems.

Pro Digi Phantom Kit

For acceptance and constancy quality checks of all types of CR/DR Radiographic systems.

Pro RF Res 150

3D Image Quality Tests of Digital Volume Tomography DVT systems involving test pattern with contrast, spatial resolution, isocenter coincidence, noise and uniformity.