All pictures shown are for illustration purposes only. The actual product may vary.

True Phantom

Adult Arm Phantom for X-Ray Training

Item # TPS-AR-A01

$3,724.00 ~~$3,800.00~~

Ships in 12-16 weeks

Quantity :

Need an estimate?
Click Add To Quote

Quote Helper

Features & Specifications

FREE Shipping
U.S. Contiguous States Only
by True Phantom
A trusted GT partner
2-Year Warranty
Provided by manufacturer
Gov't pricing
Available upon request

About This Item

Adult Arm Phantom for X-Ray Training

Adult Arm for X-Ray training is an anatomically correct, highly realistic arm phantom with complete bones that can be used for X-Ray imaging.

The X-Ray Arm Phantom Phantom can be used to take x-ray images of the full arm. The model includes artificial bones made out of realistic patented bone mimicking material. The X-Ray Arm Model is perfect for schools and education, but also for medical technicians since the same bones can be x-ray again and again in different settings without the danger of harming a patient.

The bones are embedded in a realistic tissue mimicking material which ca be either transparent or opaque. The X-Ray Models may differ in size and shape. Due to production technology there may be discoloring and cracks inside the phantom. This is related to production and is no lack of quality.

For more information, please Contact us.

This phantom can be customized.
Radiology images are not included. Available upon request at an additional cost.

Manufactured by True Phantom Solutions Inc.
GTSimulators by Global Technologies
Authorized Dealer

ADULT ARM PHANTOM PROPERTIES
Type of the tissues:	Sound velocity [m/s]	Density [g/cm³]	Hardness [Shore 00]	T2 [ms]	Speckles	Attenuation measured at 2.25 MHz [dB/cm]
Body part mimicking tissue	Contact us for the properties.

THERMAL PROPERTIES OF OUR BONE MIMICKING MATERIAL
Thermal Conductivity:	Volumetric Specific Heat Capacity:	Thermal Diffusivity:	Thermal Resistivity:	Specific Heat:	Speed of Sound:
0.776 W/ m K	1.040 MJ/ m^3 K	0.746 mm^2/ s	1.289 m K/ W	0.978 J/ g Deg Celsius	3070 m/s