Standard Imaging DoseView 1D fulfills the requirements set forth by the AAPM TG-51 Protocol for a single dimension water scanning phantom. Determining the depth-dose curve and Source to Axis Distance (SAD) measurements are easily done with the system.

Standard Imaging HDR 1000 Plus is a medical device intended as a transducer for brachytherapy radiation QA measurements.

Standard Imaging IVB 1000 is a medical device intended as a transducer for brachytherapy radiation QA measurements.

Standard Imaging TomoElectrometer is a 8-channel electrometer designed to be connected to a radiation detector, (ionization chamber, well chamber, or diode detector), and measure the electrical current produced by the detector during irradiation.

Standard Imaging Lucy 3D QA Phantom is designed to perform comprehensive quality assurance tests for an entire stereotactic radiosurgery/SRT procedure. The phantom allows verification of treatment planning software calculations for volume measurements, distance measurements, image fusion and image transfer. Dosimetry verification is accomplished via components that accommodate ion chambers, film, MOSFETs, TLDs and polymer gels.

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 MIMI (Multiple Imaging Modality Isocentricity) Phantom is designed for daily or weekly quality assurance of the geometric accuracy of the isocenter described by several systems included on many modern linear accelerators: the positioning lasers, the kV imaging system, the MV treatment beam and for Elekta and Varian optical guidance systems as well.

Standard Imaging Stereotactic Dose Verification Phantom can be used for a wide variety of tests including routine absolute dosimetry output checks and treatment planning system(TPS) commissioning and quality assurance(QA) tests as recommended by TG 53 and IEC 430 Treatment Planning System Commissioning and QA Standards. Patient specific dosimetry tests can be performed easily as well.

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 IMSure QA Software is a stand alone software medical device used for monitor unit secondary checks and IMRT treatment plan secondary checks of radiation treatment plans from radiation therapy systems.

Standard Imaging LinacView Software is a stand alone software medical device used for logfile analysis of radiation therapy systems.

Standard Imaging RAy Software is a film dosimetry application, designed to perform one-dimensional, two-dimensional, and three-dimensional analyses of dose deposition pattern on film under specific mega-voltage irradiation setups.

Standard Imaging StructSure Software is designed to be used to assess the anatomical capabilities of: 1) clinical professionals who are responsible for contouring organs-at-risk and target volumes, i.e. manual contouring; and 2) automated contouring software systems, i.e. auto-segmentation.

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.

Standard Imaging QA Pilot is cloud-based software tool that allows users to enter, store, and analyze data accumulated in the clinical radiation oncology setting from quality assurance processes.

Standard Imaging Adaptivo Software is a stand alone software medical device used for QA checks of comparative and cumulative dose received during radiation treatment from radiation therapy systems.

Standard Imaging IMSure 3D software is intended to be used for radiation dose calculation and radiation treatment plan quality assurance in radiation therapy.

Standard Imaging IMSure 3D (IM3D) QA software is intended to be used for radiation dose calculation and radiation treatment plan quality assurance in radiation therapy.

Standard Imaging TomoScanner work together to provide QA scanning water tank measurements.

Standard Imaging DoseView 3D is a medical device intended for performing water phantom based commissioning and QA measurements on radiation therapy systems.

Standard Imaging Exradin A10 is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin P11 is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A14 is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A4 is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A6 is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A3 is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A1SL is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A14SL is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A5 is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A12S is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A16 is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A18 is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A19 is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A20 is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A8 is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin W1 Scintillator is a plastic scintillating fiber-based detector designed for highly accurate measurement of small radiotherapy fields used in patient plan verification and machine commissioning and QA procedures.

Standard Imaging Exradin D1V Diode Detectors are diode based radiation detectors for use in small field dosimetry.

Standard Imaging Exradin D1H Diodes are diode based radiation detectors for use in small field dosimetry

Standard Imaging Exradin M2 Ion Chamber with Gas Flow is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin T2 Ion Chamber with Gas Flow is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A26 is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A28 is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A1SLMR is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A26MR is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A28MR is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A19MR is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A12MR is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).

Standard Imaging Exradin A12SMR is a medical device intended for absolute dose measurement for radiation (therapeutic, diagnostic, nuclear and/or environmental).