CT Stroke Head Phantom KH - PH-77 - Kyoto Kagaku
Study and training for early detection of acute cerebral stroke
The PH-77 CT Stroke Head Phantom KH is designed for study and training in the early detection of acute cerebral stroke. It supports practice selecting appropriate CT settings and visualizing low-contrast lesions in the low-energy range.
Four sphere-shaped simulated acute-stroke lesions are embedded in the brain: two 20 mm lesions and two 30 mm lesions. The brain and eyeball materials have X-ray absorption characteristics that produce realistic CT images of the brain, ventricles and eyeballs.
Download the PH-77 Product Catalog (PDF)
Download the PH-77 Instruction Manual (PDF)
- Sphere-shaped simulated acute-stroke lesions are embedded in the brain
- Supports study and training in visualizing low-contrast lesions in the low-energy range
- Human-equivalent absorption characteristics in the brain and eyeballs provide realistic CT images
- Skeletal structures are made from artificial bone; cancellous bone is not included
- CT
- Study and training for early detection of acute cerebral stroke
- Practice selecting appropriate CT imaging settings for acute cerebral infarction
- Low-contrast lesion visualization
- Synthetic skull and soft tissue
- Brain, including the cerebrum, cerebellum, cerebral ventricles and mesencephalon
- Eyeballs
- Cervical vertebrae C1-C7
- Acute stroke: two 20 mm diameter lesions and two 30 mm diameter lesions
- Soft tissue: 0 HU
- Cerebrum, cerebellum and mesencephalon: 36 HU
- Cerebral ventricles: 10 HU
- Eyeballs: 20 HU
- Simulated lesions: 32 HU and 34 HU
- 1 head phantom
- 1 set of sample X-ray data (DVD)
- 1 storage case
- 1 instruction manual
Model: PH-77
Product Number: 41943-000
Size (approx.): H33 cm / H13 in
Weight (approx.): 5.3 kg
Packing Size (approx.): W46 x D31 x H32 cm / W18.1 x D12.2 x H12.6 in
Packing Weight (approx.): 8 kg / 17.6 lb
Materials:
- Soft tissue: urethane-based resin (density 1.06)
- Skull: urethane-based resin (density 1.11)
- Cervical vertebrae C1-C7: epoxy resin (density 1.31)
- Hidetake Hara, Department of Radiology, School of Allied Health Sciences, Kitasato University