RT-4550CN01
QUANTUM CT Overlay, a flat, indexed surface for RT simulation, offering precise positioning and Varian Exact Indexing. It is thin, lightweight, and narrower than most overlays, providing increased usable bore space. The carbon fiber skin and foam core construction ensure minimal artifacts and superior imaging quality.
RT-4550TAQ
QUANTUM CT Overlays create a flat, indexed surface ready for RT simulation. They are thin and lightweight, varying from 7 - 15 kg depending on the model. Varian Exact Indexing comes standard.
At just 51.4 cm (20.25 in) wide and 1.6 cm (5/8 in) thick, the QUANTUM CT Overlay is both narrower and thinner than most other indexed CT overlays. This ultrathin profile increases the usable bore space.
RT-4550TAQ2
QUANTUM CT Overlay, a flat, indexed surface for RT simulation, offering precise positioning and Varian Exact Indexing. It is thin, lightweight, and narrower than most overlays, providing increased usable bore space. The carbon fiber skin and foam core construction ensure minimal artifacts and superior imaging quality.
Aquilion Scanner (for 2440 mm long cradle)
RT-4550GEH
QUANTUM CT Overlays create a flat, indexed surface ready for RT simulation. They are thin and lightweight, varying from 7 - 15 kg depending on the model. Varian Exact Indexing comes standard.
At just 51.4 cm (20.25 in) wide and 1.6 cm (5/8 in) thick, the QUANTUM CT Overlay is both narrower and thinner than most other indexed CT overlays. This ultrathin profile increases the usable bore space.
RT-4550GEL
QUANTUM CT Overlays create a flat, indexed surface ready for RT simulation. They are thin and lightweight, varying from 7 - 15 kg depending on the model. Varian Exact Indexing comes standard.
At just 51.4 cm (20.25 in) wide and 1.6 cm (5/8 in) thick, the QUANTUM CT Overlay is both narrower and thinner than most other indexed CT overlays. This ultrathin profile increases the usable bore space.
RT-4550GEP
QUANTUM CT Overlays create a flat, indexed surface ready for RT simulation. They are thin and lightweight, varying from 7 - 15 kg depending on the model. Varian Exact Indexing comes standard.
At just 51.4 cm (20.25 in) wide and 1.6 cm (5/8 in) thick, the QUANTUM CT Overlay is both narrower and thinner than most other indexed CT overlays. This ultrathin profile increases the usable bore space.
RT-4550GEC
QUANTUM CT Overlays create a flat, indexed surface ready for RT simulation. They are thin and lightweight, varying from 7 - 15 kg depending on the model. Varian Exact Indexing comes standard.
At just 51.4 cm (20.25 in) wide and 1.6 cm (5/8 in) thick, the QUANTUM CT Overlay is both narrower and thinner than most other indexed CT overlays. This ultrathin profile increases the usable bore space.
RT-4550PBR
QUANTUM CT Overlays create a flat, indexed surface ready for RT simulation. They are thin and lightweight, varying from 7 - 15 kg depending on the model. Varian Exact Indexing comes standard.
At just 51.4 cm (20.25 in) wide and 1.6 cm (5/8 in) thick, the QUANTUM CT Overlay is both narrower and thinner than most other indexed CT overlays. This ultrathin profile increases the usable bore space.
RT-4550SS3
QUANTUM CT Overlays create a flat, indexed surface ready for RT simulation. They are thin and lightweight, varying from 7 - 15 kg depending on the model. Varian Exact Indexing comes standard.
At just 51.4 cm (20.25 in) wide and 1.6 cm (5/8 in) thick, the QUANTUM CT Overlay is both narrower and thinner than most other indexed CT overlays. This ultrathin profile increases the usable bore space.
RT-4550SS4
QUANTUM CT Overlays create a flat, indexed surface ready for RT simulation. They are thin and lightweight, varying from 7 - 15 kg depending on the model. Varian Exact Indexing comes standard.
At just 51.4 cm (20.25 in) wide and 1.6 cm (5/8 in) thick, the QUANTUM CT Overlay is both narrower and thinner than most other indexed CT overlays. This ultrathin profile increases the usable bore space.