kVue CT Overlays
kVue CT Overlays provide a method of accounting for the dosimetric properties of the kVue Couchtops by enabling CT imaging of the treatment specific kVue insert and immobilization accessories to seamlessly support the simulation and treatment planning process. This is due to the fact that the kVue CT Overlays and kVue Couchtops use inserts that have the same dosimetric properties. The kVue platform is designed to adhere to the guidelines set forth in AAPM TG176 and therefore increases the potential for more accurate dose planning and delivery.
- Quickly ensures treatment couch is in the same position as the simulation couch–every time
- Enables more accurate and faster workflows
- Virtual Indexing is available on most couchtops, CT overlays, and many devices
OneTouch Latch
Designed and rigorously tested for precision attachment to a variety of kVue inserts. It allows secure attachment and quick detachment with kVue inserts.
Virtual Indexing
An array of white fiducial markers is placed down the center of the couch. The markers are located in line with the center of each indexing notch. A second array of fiducial markers are offset laterally to designate the superior or inferior location of the markers in relation to the indexing origin. This makes it easy to identify the indexing location on your image.
Find a Product That Fits Your Needs
| Add to Quote | Product | Description |
|---|---|---|
| Cannon Aquilion CT Scanner (for 2150 mm long cradle) | ||
| Canon Aquilion Scanner (for 2440 mm long cradle) | ||
| GE LightSpeed and HiSpeed CTi CT Scanners (for 2310 mm long cradle) | ||
| GE LightSpeed RT CT Scanner (for 2070 mm long cradle) | ||
| GE LightSpeed VCT Scanner (for 2620 mm long cradle) | ||
| Philips Spectral CT 7500 (for 2450 mm long cradle) | ||
| Philips Brilliance CT Scanner (for 2500 mm long cradle) | ||
| Phantom Holder for Philips | ||
| Siemens SOMATOM Confidence, SOMATOM Drive and SOMATOM Edge Plus (MPT, MPT2n or Vario 2 Table) | ||
| Siemens PHS1B or Vario RT Table | ||
| Siemens Biograph | ||
| Phantom Holder for Siemens |
kVue CT Overlays provide a method of accounting for the dosimetric properties of the kVue Couch Tops by enabling CT imaging of the treatment specific kVue insert and immobilization accessories to seamlessly support the simulation and treatment planning process. GE LightSpeed and HiSpeed CTi CT Scanners (for 2310 mm long cradle)
kVue CT Overlays provide a method of accounting for the dosimetric properties of the kVue Couch Tops by enabling CT imaging of the treatment specific kVue insert and immobilization accessories to seamlessly support the simulation and treatment planning process. GE LightSpeed RT CT Scanner (for 2070 mm long cradle)
kVue CT Overlays provide a method of accounting for the dosimetric properties of the kVue Couch Tops by enabling CT imaging of the treatment specific kVue insert and immobilization accessories to seamlessly support the simulation and treatment planning process. GE LightSpeed VCT Scanner (for 2620 mm long cradle)
kVue CT Overlays provide a method of accounting for the dosimetric properties of the kVue Couch Tops by enabling CT imaging of the treatment specific kVue insert and immobilization accessories to seamlessly support the simulation and treatment planning process.
kVue CT Overlays provide a method of accounting for the dosimetric properties of the kVue Couch Tops by enabling CT imaging of the treatment specific kVue insert and immobilization accessories to seamlessly support the simulation and treatment planning process. Siemens PHS1B or Vario RT Table
kVue CT Overlays provide a method of accounting for the dosimetric properties of the kVue Couch Tops by enabling CT imaging of the treatment specific kVue insert and immobilization accessories to seamlessly support the simulation and treatment planning process. Siemens Biograph
kVue CT Overlays provide a method of accounting for the dosimetric properties of the kVue Couch Tops by enabling CT imaging of the treatment specific kVue insert and immobilization accessories to seamlessly support the simulation and treatment planning process.
