Head And Neck Phantom For Ct, X-Ray And Radiation Therapy

Erler Zimmer

Head And Neck Phantom For Ct, X-Ray And Radiation Therapy

Item # EZNLP1000

$20,895.00 ~~$22,468.00~~

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Features & Specifications

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by Erler Zimmer
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2-Year Warranty
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About This Item

Head And Neck Phantom For Ct, X-Ray And Radiation Therapy

This phantom is created from real patient data and is manufactured using the latest technology. Bones, vessels and soft tissue are displayed authentically with realistic CT values for all tissues at 120 kVp tube voltage in the CT. If the phantom is to be used primarily with other tube voltages (e.g. 100 kVp), the calibration of the CT values can be adjusted accordingly if required. The phantom provides realistic tissue contrasts in X-ray imaging. Air spaces are filled by a material with about -80 Hounsfield units. The head phantom provides an extremely realistic simulation of a head and neck CT angiography (with arterial contrast) of a patient with an arteriovenous malformation on the right side. The phantom is delivered true to the original scale and includes the cervical spine up to the base plate of the fifth cervical vertebra.

Imaging Results

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Product Dimensions and Weight:

Size: 19 x 23 x 27 cm / 7.5 x 9.0 x 10.6 inch
Weight: 7kg / 15.4 lbs

Made by Erler Zimmer and sold by GTSimulators.

GTSimulators by Global Technologies
Erler Zimmer Authorized Dealer

Product Dimensions and Weight:

Size: 19 x 23 x 27 cm / 7.5 x 9.0 x 10.6 inch
Weight: 7kg / 15.4 lbs

General indications:

Phantoms are manufactured of a cellulose-polymer composite material with similar properties to hardwood. If treated carefully, they will last for a long period.
The phantoms are coated with a protective layer. If the protective layer is unharmed, the phantoms can be cleaned using a damp cloth (water or mild detergent).
Protect from direct sunlight.
Maintain a storage temperature of 10 °C to 30 °C.
If the phantom is exposed to temperatures below -10 °C or above 45 °C, it can be seriously damaged.
The phantom is not equipped for dose measurements with dosimeters and it is not suited for material characterization with dual energy CT.
Air voids are filled with cellulose-polymer composite of approx. -80 HU.