X-ray and CT training use of whole-body Phantom
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Classification :
The full-body phantom is a compatible training product for X-ray CT and MR. The full-body phantom, the X-ray, CT training full-body phantom, is mainly used for training various patient positioning techniques. It is usually purchased by medical schools and teaching hospitals and is used for training radiology students and other medical professionals.
Other uses include several educational applications as well as visual evaluations for finding the optimal scanning conditions.
Full-body models, X-ray and CT training full-body models are based on the entire body of an adult male, weighing approximately 70KGS and standing 175 CMS tall. Due to their complex anatomical structure and realistic imaging appearance, their performance is superior to other similar products on the market that are used for the same purposes and applications.
Whole-body phantom, the X-ray and CT training whole-body phantom includes the following functions:
Anatomically, the entire body is correctly divided into 10 parts, as described below.
Highly realistic human tissue simulation materials, compatible with CT and MR imaging.
Used for training/performing several patient positioning techniques in radiology.
The shoulders can rotate 360 degrees in a circular motion and 180 degrees sideways.
The movable hip joint, knee joint and elbow joint can move at their respective angles.
Detachable head, torso and limbs.
The bones have a realistic three-layer structure, and the internal porosity can
Make adjustments according to the requirements of the specific project.
Different types of pathologies (diseases, tumors, infections, abnormalities) can be customized according to your requirements.
The molds can be ordered in either transparent or skin-tone versions.
A correctly anatomically accurate model of the real skull
Realistic brain illusion:
Realistic brain tissue
Gray matter (compared with x)
White matter (compared with x')
The realistic air chambers within the illusionary world
Sound school correction for opaque skin simulation material
Cervical vertebra
Alignment marks
The frontal sinus with an air pocket
Shoulder (clavicle and scapula)
Arm (Humerus)
Elbow joint
Forearm (radius, ulna)
Hands (wrists and fingers)
Skin simulation material for sound correction around the arm
Adult torso for X-ray CT and MRI training
Adult legs for X-ray CT and MRI training
The bones include:
– Complete spine
– Complete ribs
– Pelvis
The organs in the chest include:
– Trachea
– A heart that is anatomically correct
– From the aortic arch to the abdominal aorta and the common iliac arteries of the aorta,
– Iliac external artery, iliac internal artery and renal artery
– Lungs
– The small arteries of the liver and kidneys
The main abdominal organs include:
– Stomach
– Liver
– Kidney
– Small arteries
– Bladder
– Large intestine and small intestine
Thigh (Femur)
Knee joint
Leg (tibia, fibula)
Foot (ankle bone)
Skin simulation material for sound correction around the arm
Full-body model, X-ray and CT training full-body model includes the following parts:
Full-body model, X-ray and CT training full-body model
The HU value of the simulated tissue material:
Number Organization Type HU Value (Average)
Body tissues: -25
2. Bone trabeculae: 80
3 Cortical bone: 130
4 Aorta: 40
Vena cavae: 40
6 Trachea: 80 (wet tissue portion)
-1000 (inflatable part)
7 Pancreas: 110
8 Spleen: 110
9 Kidney: 110
10 Bladder 35
11. Rectal wall: 10
12 Sigmoid colon wall: 10
13 Heart: 40
14 Liver: 110
15 Gallbladder: 35
The technical characteristics of hard tissues
Organizational Type: Sound Velocity [m/s] Density
[g/cm³] Hardness
[Shaw Brothers 00] T2
[Millisecond] Spot
The attenuation measured at 2.25 MHz [dB/cm]
The cortical bone material used for making the skull model: 3000 ± 30; 2.31; not applicable; not applicable; not applicable; 6.4 ± 0.3
The trabecular bone material 2800 ± 50 for manufacturing the trabecular layer within the bone model. 2.03 Not applicable Not applicable Not applicable 21 ± 2
The technical characteristics of brain and skin simulation tissue
Organizational Type: Sound Velocity [m/s] Density
[g/cm³] Hardness
[Shaw Brothers 00] T2
[Millisecond] Spot
The attenuation measured at 2.25 MHz [dB/cm]
Brain tissue 1400 ± 10 0.99 20 70 Yes 1.0 ± 0.2
Skin tissue 1400 ± 10 1.02 60 50 No 1.7 ± 0.2
Simulation of skeletal structure to model the thermal properties of tissues:
Thermal conductivity: Volume specific heat capacity: Thermal diffusivity: Thermal resistance: Specific heat: Speed of sound:
0.776 watts/meter·K 1.040 MJ/m^3·K 0.746 mm^2/second 1.289 m K/W 0.978 J/g·degree Celsius 3070 meters/second
Whole-body molds, materials used for X-ray and CT training of the whole-body molds:
Soft tissues and organs: Composition of polyurethane-based soft resins
Synthetic bone: Patented ceramic-enhanced epoxy-based composite material
The height and weight of the adult full-body model:
Height: 175 CM (approximately) Weight: 70 kilograms (approximately)
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