3D Bolus Software application is indicated for and intended for use as an access
3D Bolus Software application is indicated for and intended for use as an accessory to a radiation therapy treatment planning system (TPS) to design patient-matched 3D printable accessories intended for use during external beam (photon or electron) radiation therapy. The use of 3D Bolus application is by prescription only.
Adaptiiv’s 3D printed patient-matched radiation therapy accessory is a customiza
Adaptiiv’s 3D printed patient-matched radiation therapy accessory is a customizable accessory that expands the application of external beam radiation therapy, allowing to overcome the skin-sparing effects inherent to high energy photons and electrons. The desired external beam radiation therapy accessories will be printed using HP Jet Fusion 5200 Series 3D Printing Solution and Ultrasint® Thermoplastic polyurethane (TPU01) powder.
MUJ
System, Planning, Radiation Therapy Treatment
2
Patient-Matched 3D Printed radiation Therapy Accessory (Ultrasint TPU)
3D Brachy Software application is indicated for and intended for use as an acces
3D Brachy Software application is indicated for and intended for use as an accessory to a radiation therapy treatment planning system (TPS) to design patient-matched 3D printable accessories intended for use during surface brachytherapy. The use of 3D Brachy application is by prescription only.
CORVUS 15 is intended for use as a planning tool for conformal radiation therapy
CORVUS 15 is intended for use as a planning tool for conformal radiation therapy. The CORVUS system is intended to be used as an integrated system with a delivery device for planning and delivery of conformal radiation therapy. . For IMRT, using operator-supplied input and patient scans, it creates a plan for treatment delivery systems and generates a set of beam weights that, when applied to a compatible system, facilitates delivery of an intensity-modulated 3D conformal radiation therapy treatment. For Forward Planning, CORVUS helps the user manually create a plan for treatment delivery based on user supplied inputs and patient scans including dose calculation. Forward Planning is supported only for Cobalt-60 based treatment planning.
CORVUS 14 is intended for use as a planning tool for conformal radiation therapy
CORVUS 14 is intended for use as a planning tool for conformal radiation therapy. The CORVUS system is intended to be used as an integrated system with a delivery device for planning and delivery of conformal radiation therapy. . For IMRT, using operator-supplied input and patient scans, it creates a plan for treatment delivery systems and generates a set of beam weights that, when applied to a compatible system, facilitates delivery of an intensity-modulated 3D conformal radiation therapy treatment. For Forward Planning, CORVUS helps the user manually create a plan for treatment delivery based on user supplied inputs and patient scans including dose calculation. Forward Planning is supported only for Cobalt-60 based treatment planning.
CORVUS 09 is intended for use as a planning tool for conformal radiation therapy
CORVUS 09 is intended for use as a planning tool for conformal radiation therapy. CORVUS 09 is designed to generate plans for treatment delivery systems that can create multiple radiation patterns composed of pencil beams on which the intensity can be individually controlled. CORVUS 09 system is intended to be used as an integrated system with a modulating device for planning and delivery of conformal radiation therapy.
CORVUS 09 is intended for use as a planning tool for conformal radiation therapy
CORVUS 09 is intended for use as a planning tool for conformal radiation therapy. CORVUS 09 is designed to generate plans for treatment delivery systems that can create multiple radiation patterns composed of pencil beams on which the intensity can be individually controlled. CORVUS 09 system is intended to be used as an integrated system with a modulating device for planning and delivery of conformal radiation therapy.
The Best TPS system is a computer based software system developed the use of ass
The Best TPS system is a computer based software system developed the use of assisting in the placement of anatomical localization and low dose rate isotope implants Best TPS uses multiple two-dimensional images including ultrasound and DICOM images which are outlined by a qualified medical staff member, then reconstructed to create three dimensional structures and matrices.
CORVUS 09 is intended for use as a planning tool for conformal radiation therapy
CORVUS 09 is intended for use as a planning tool for conformal radiation therapy. CORVUS 09 is designed to generate plans for treatment delivery systems that can create multiple radiation patterns composed of pencil beams on which the intensity can be individually controlled. CORVUS 09 system is intended to be used as an integrated system with a modulating device for planning and delivery of conformal radiation therapy.
CORVUS 09 is intended for use as a planning tool for conformal radiation therapy
CORVUS 09 is intended for use as a planning tool for conformal radiation therapy. CORVUS 09 is designed to generate plans for treatment delivery systems that can create multiple radiation patterns composed of pencil beams on which the intensity can be individually controlled. CORVUS 09 system is intended to be used as an integrated system with a modulating device for planning and delivery of conformal radiation therapy.
A reusable steel Shell & Lid (or material with similar attenuating properties) w
A reusable steel Shell & Lid (or material with similar attenuating properties) with a 2D hole cut from it which is where the custom Brass core is to be placed for treatment with a proton beam.
The .decimal Astroid Dosimetry App device is used for planning and analysis of p
The .decimal Astroid Dosimetry App device is used for planning and analysis of proton radiation therapy treatments.
p.d software aid's radiation therapy professionals in the design, construction,
p.d software aid's radiation therapy professionals in the design, construction, and testing of radiotherapy beam modifying devices.