Realistic Skull Phantom Realistic Brain Phantom surrounded by Dura Mater Openable cavity inside of the head Cervical vertebrae Sinus cavities Larynx Trachea Oral cavities Custom target objects implemented in the removable insert Custom targets on the surface of the head Skin-mimicking material around the skull

Ability to perform IGRT QA procedures under X-Ray, CT, and MR image guidance Ability to perform machine quality checks Ability to conduct Winston-Lutz test, study blind targets, and target localization techniques Head customizable with different shaped targets (2D, 3D) for IGRT and QA applications Ability to verify patient positioning using frame or frameless systems Ability to verify treatment plans in critical regions Customizable with a variety of interchangeable tissue-equivalent inserts suitable for dosimetry applications

Head QC1 Phantom User manual/assembly instructions 2-year warranty and unlimited customer service Hard carry case

Phantom: Size: 12 x 9 x 7 inches Weight: 17 lbs (approx.) Shipment: Size: 23 x 14 x 10 inches Weight: 22 lbs (approx.)

Soft tissue and organs: Composition of urethane-based soft resin Synthetic bones: Patented ceramic-reinforced epoxy-based composite material

HD-QC1 serves as an ideal tool to study target localization and dose delivery under the image guidance of CT, MRI, and PET. The anthropomorphic features include a lifelike skull with cortical and trabecular bone structures, simulated brain(white and gray matter), cervical vertebrae, sinus cavities, larynx, trachea, and oral cavities.

In addition to this, it can be customized with tissue-equivalent inserts for QA applications.

Anatomy

Realistic Skull Phantom
Realistic Brain Phantom surrounded by Dura Mater
Openable cavity inside of the head
Cervical vertebrae
Sinus cavities
Larynx
Trachea
Oral cavities
Custom target objects implemented in the removable insert
Custom targets on the surface of the head
Skin-mimicking material around the skull

Features

Ability to perform IGRT QA procedures under X-Ray, CT, and MR image guidance
Ability to perform machine quality checks
Ability to conduct Winston-Lutz test, study blind targets, and target localization techniques
Head customizable with different shaped targets (2D, 3D) for IGRT and QA applications
Ability to verify patient positioning using frame or frameless systems
Ability to verify treatment plans in critical regions
Customizable with a variety of interchangeable tissue-equivalent inserts suitable for dosimetry applications

CT SCANS

MRI SCANS

Technical Properties:

Type of Tissue	Sound Velocity [m/s]	Density [g/cm³]	Hardness [Shore 00]	T2 [ms]	Speckles	Attenuation Measured at 2.25 MHz [dB/cm]
Cortical Bone	3000 ± 30	2.31	N/A	N/A	N/A	6.4 ± 0.3
Trabecular Bone	2800 ± 50	2.03	N/A	N/A	N/A	21 ± 2
Brain Matter	1400 ± 10	0.99	20	70	YES	1.0 ± 0.2
Brain White Matter	1400 ± 10	1.01	1.3 ± 0.2	35	60	1.3 ± 0.2
Skin Tissue	1400 ± 10	1.02	60	50	NO	1.7 ± 0.2

Thermal Properties of Bone-Mimicking Tissue
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

HU Values of the Tissue Mimicking Materials
S.No.	Tissue Type	HU Value (average)
1	Brain Tissue	-25
2	Trabecular Bone	800
3	Cortical Bone	1300
4	Skin Tissue	-25

View our technical properties, thermal properties of bone-mimicking tissue, and HU values of the tissue-mimicking material in the tables accessible through the button below.