Contains one 10858086006266 Cranial Screws, Long, Pouch of 2 and one 10858086006
Contains one 10858086006266 Cranial Screws, Long, Pouch of 2 and one 10858086006273 Cranial Screws, Short, Pouch of 2
Straight 8mm cryoprobefor use with Cryocare systems (Lead-Free)
OCL
Surgical Device, For cutting, coagulation, and/or ablation of tissue, including
Surgical Device, For cutting, coagulation, and/or ablation of tissue, including cardiac tissue
Straight 8mm cryoprobe for use with Cryocare Systems
OCL
Surgical Device, For cutting, coagulation, and/or ablation of tissue, including
Surgical Device, For cutting, coagulation, and/or ablation of tissue, including cardiac tissue
The Calypso System utilizes non-ionizing electromagnetic and optical technology
The Calypso System utilizes non-ionizing electromagnetic and optical technology to provide accurate, objective, and continuous localization of a treatment target for patient alignment and target position monitoring during radiation therapy. Use of the Calypso System for target localization is based on the system’s detection of electromagnetic signals from passive implanted markers, called Beacon transponders. The Beacon transponders are placed on the patient’s skin surface or implanted in or near the treatment target. When used with the Calypso System, the Beacon transponder signals enable objective, continuous measurement of the localization of the treatment target in 3 dimensions. The system operator uses this information for patient alignment and continuous target positioning (i.e., tracking) during radiation therapy treatment.
Standard Imaging LinacView Software is a stand alone software medical device use
Standard Imaging LinacView Software is a stand alone software medical device used for logfile analysis of radiation therapy systems.
Standard Imaging Adaptivo Software is a stand alone software medical device used
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 PIPSpro Software is a stand alone software medical device used
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 use
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 DoseView 3D is a medical device intended for performing water p
Standard Imaging DoseView 3D is a medical device intended for performing water phantom based commissioning and QA measurements on radiation therapy systems.
SciMoCa is a standalone software product that allows clinicians to perform quali
SciMoCa is a standalone software product that allows clinicians to perform quality assurance of a radiotherapy treatment dose generated by a treatment planning system via recalculation of the dose with an independent Monte Carlo dose calculation algorithm. SciMoCa is implemented in a service-oriented client-server architecture that allows one or more clients to communicate calculation requests to a central dose calculation server. SciMoCa is not a treatment planning system or a radiation delivery device. It is to be used only by trained radiation oncology personnel for quality assurance purposes.
The CNMC Model 206 is a medical dosimeter or medical electrometer that is capabl
The CNMC Model 206 is a medical dosimeter or medical electrometer that is capable of performing measurements of diagnostic and therapeutic amounts of ionizing radiation when an appropriate ionization chamber or diode dosimeter is connected.
Proton Systems Radiation Therapy Beam Shaping Range Compensator is custom manufa
Proton Systems Radiation Therapy Beam Shaping Range Compensator is custom manufactured and designed by the customer for intensity modulation of external beam proton radiation therapy. Each Compensator is patient specific and for single use.
Proton Systems Radiation Therapy Beam-Shaping Aperture is designed by the custom
Proton Systems Radiation Therapy Beam-Shaping Aperture is designed by the customer to block and shape a beam of radiation. Each aperture is patient specific and for single use.
Proton Systems Radiation Therapy Beam Shaping Range Compensator is custom manufa
Proton Systems Radiation Therapy Beam Shaping Range Compensator is custom manufactured and designed by the customer for intensity modulation of external beam proton radiation therapy. Each Compensator is patient specific and for single use
Proton Systems Radiation Therapy Beam-Shaping Aperture is designed by the custom
Proton Systems Radiation Therapy Beam-Shaping Aperture is designed by the customer to block and shape a beam of radiation. Each aperture is patient specific and for single use.
Proton Systems Radiation Therapy Beam Shaping Range Compensator is custom manufa
Proton Systems Radiation Therapy Beam Shaping Range Compensator is custom manufactured and designed by the customer for intensity modulation of external beam proton radiation therapy. Each Compensator is patient specific and for single use.
Proton Systems Radiation Therapy Beam-Shaping Aperture is designed by the custom
Proton Systems Radiation Therapy Beam-Shaping Aperture is designed by the customer to block and shape a beam of radiation. Each aperture is patient specific and for single use.
The Zap-X MV Imager is designed for use with the Zap-X Radiosurgery System (“Zap
The Zap-X MV Imager is designed for use with the Zap-X Radiosurgery System (“Zap-X System”) which is a computer-controlled system for performing non-invasive stereotactic radiosurgery that is self-shielded for ionizing radiation.
The Zap-X Treatment Planning Software is designed for use with the Zap-X Radiosu
The Zap-X Treatment Planning Software is designed for use with the Zap-X Radiosurgery System (“Zap-X System”) which is a computer-controlled system for performing non-invasive stereotactic radiosurgery that is self-shielded for ionizing radiation.
The Zap-X Treatment Delivery Software is designed for use with the Zap-X Radiosu
The Zap-X Treatment Delivery Software is designed for use with the Zap-X Radiosurgery System (“Zap-X System”) which is a computer-controlled system for performing non-invasive stereotactic radiosurgery that is self-shielded for ionizing radiation.
The Zap-X Radiosurgery System (“Zap-X System”) is a computer-controlled system f
The Zap-X Radiosurgery System (“Zap-X System”) is a computer-controlled system for performing non-invasive stereotactic radiosurgery that is self-shielded for ionizing radiation.
The RefleXion Medical Radiotherapy System (RMRS), a hybrid imaging-therapy syste
The RefleXion Medical Radiotherapy System (RMRS), a hybrid imaging-therapy system, is capable ofdelivering intensity-modulated radiation therapy (IMRT), stereotactic body radiation therapy (SBRT),stereotactic radiotherapy (SRT) and stereotactic radiosurgery (SRS) utilizing an on-board kilovoltage CT(kVCT) system for patient localization and field sizes based on jaws which are 40 cm wide, with slice widthchoices of 1.0 cm and 2.0 cm to optimize patient treatment. It is also equipped with a binary multileafcollimator (MLC) used to create intensity modulated radiation fields at a source-axis distance of 85 cm. Itcan achieve a nominal dose rate of 850 cGy/min.
The LANDAUER microSTAR®ii dosimetry system includes a compact, lightweight and p
The LANDAUER microSTAR®ii dosimetry system includes a compact, lightweight and portable dosimeter reader that relies on Optically Stimulated Luminescence (OSL) technology for secondary verification of radiation dose for patient therapy Quality Assurance (QA).
ChartCheck assists in quality assessment of radiotherapy treatment plans and on
ChartCheck assists in quality assessment of radiotherapy treatment plans and on treatment chart review utilizing treatment, imaging, and documentation data in a simple, web-based interface.
EZFluence is intended to assist radiation treatment planning professionals in ge
EZFluence is intended to assist radiation treatment planning professionals in generating optimal fluences for producing a homogeneous dose distribution in external beam radiation therapy treatment plans consisting of photo treatment fields.