Full body and half body simulation phantom

KR601 full body and half body simulation phantom

Product introduction

Full body phantom, compatible X ray CT and MR products. It is primarily used in various patient positioning techniques. Typically purchased by medical schools and teaching hospitals for use by radiology and other medical professionals.

The model is designed based on a height 40 inches (90 cm) of 24Year old model. This model is a life-size half-length anthropomorphic model with anatomically correct organs and bones, created by 10 body parts. re-appointment 20 kg. Other uses include visual assessment to find optimal scanning conditions。

The template contains the following functions:

Anatomically correct body parts 10 parts, as described below.

Realistic human tissue simulation materials, with CT and MR Imaging compatible.

Helps in performing multiple patient positioning techniques in radiology.

Removable head and torso

Bones have a realistic three-layer structure with internal porosity

Adapt according to specific project requirements.

Different pathologies (lesions, tumors, infections, abnormalities) can be customized upon request.

The phantom can be ordered in clear or skin-toned versions.

used for X ray CT and MRIhead

Anatomically correct, realistic skull model

• Realistic brain tissue

• Gray matter (contrast x）

• Cervical spine for X ray CT and MRI training

– Complete spine

– Complete ribcage

– Shoulders (collarbone and scapula)

•Thoracic organs include:

– Trachea and bronchi

– Anatomically correct heart

– Lungs with pulmonary vessels

•Major abdominal organs include:

– stomach

– Liver

– Kidney

– spleen

– pancreas

– Bladder

– gallbladder

– Large intestine and small intestine

tissue simulation material HU Value:

No. Organization type HUvalue (average)

1 Body tissue: -25

2 Trabecular bone: 800

3 Cortical bone: 1300

4 Trachea: 80(organizational part),-

1000(inflatable part)

5 Pancreas: 110

6 Spleen: 110

7 Kidneys: 110

8 bladder 35

9 Rectal wall: 100

10 Sigmoid colon wall: 100

11 Heart: 40

12 Liver: 110

13 Gallbladder: 35

Technical properties of hard tissue

Organization type: speed of sound [m/s] Density

[g/cm³] Hardness

[Shaw Brothers 00] T2

[milliseconds] spots

in 2.25 MHz [dB/cm] Attenuation measured at

Cortical bone material used to create skull models 3000±30 2.31 Not applicable Not applicable Not applicable 6.4±0.3

Trabecular bone material used to create the trabecular layer within the bone model 2800±50 2.03 Not applicable Not applicable Not applicable 21±2

Our bones mimic the thermal properties of tissue.

Thermal conductivity: Volume specific heat capacity: Thermal diffusivity: Thermal resistance: Specific heat: Speed of sound:

0.776 tile/m·K 1.040 MJ/ m^3 K 0.746 mm^2/seconds 1.289 metersK/W 0.978 J/g degrees celsius 3070meters/seconds

Materials used:

Soft tissues and organs: composition of polyurethane-based soft resins

Synthetic Bones: Patented ceramic-reinforced epoxy-based composite

Customizable: