ADULT ARM FOR MULTIPURPOSE

HUMAN ARM SIMULATOR

This product is also know as “Human Arm Simulator” It is a highly realistic ultrasound compatible arm which can be used to teach the proper procedure of phlebotomy and venipuncture to nursing students in medical schools and hospitals. This is an ideal investment to learn the skills of phlebotomy, such as drawing blood from a patient or giving an intravenous injection on a human arm.

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OUR BONE MATERIAL IS A PATENTED PROPERTY

PRODUCT PRICE: $3,800.00 USD
PART NUMBER: AR-A01

PRODUCT FEATURES

Adult Arm for Multipurpose is an anatomically correct, highly realistic arm phantom that can be used for the following applications.
  1. UUltrasound-guidedvenipuncture training for nurses and physicians.
  2. Clinical applications (MRI, X-Ray, CT and Microsensors) etc.
The phantom is an ideal investment to learn the skills of phlebotomy, such as drawing blood from a patient or giving an intravenous injection on a human arm. Since, it is compatible with Ultrasound imaging. Any ultrasound guided procedure can be practiced on it. Watch this video for its design. The phantom has the following features:
  1. Mimics exactly as a human arm
  2. Compatible with Ultrasound, MRI, X-Ray and CT technology
  3. Great Skin Quality
  4. Anatomically Correct Blood Vessels
  5. Reusable and cost-efficient cartridges with identical blood vessels for Phlebotomy
  Based on the requirement, the phantom can be customized in many aspects. For more information or for requesting quote, please click here.

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

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