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Length: 630 mm - 630 mm
Width: 250 mm - 250 mm
Height: 220 mm - 220 mm
... grinding module for rotational atherectomy training
Shanghai Preclinic Medtech
Length: 1,685 mm - 1,685 mm
Width: 585 mm - 585 mm
Height: 264 mm - 264 mm
... PLZHXG011 is a whole‑body modular vascular model with a fully transparent humanoid shell. Vascular anatomy is reconstructed from real CT/MRI data and integrates the main human arteries. The model ...
Shanghai Preclinic Medtech
Length: 750 mm - 750 mm
Width: 370 mm - 370 mm
Height: 280 mm - 280 mm
... provided for Coronary Training
Model - A to show main dimensions and layout of interchangeable
vascular modules.
FAQ (selected)
- How are pathological vascular segments replaced?
Shanghai Preclinic Medtech
Length: 1,080 mm - 1,080 mm
Width: 480 mm - 480 mm
Height: 340 mm - 340 mm
... silica gel (hardness 30A)
Model dimensions (L × W × H): 108 cm × 48 cm × 34 cm
Lead time: 15 days
Origin: Shanghai, China
Drawings / Illustrations
Included images: femoral artery
model; femoral ...
Shanghai Preclinic Medtech
Length: 270 mm
Width: 140 mm
Height: 25 mm
... dimensions of the posterior brain vessel
model (diagram available showing
model dimensions).
FAQ
What specific surgical training and instrument testing can this vascular model ...
Shanghai Preclinic Medtech
Length: 1,250 mm - 1,250 mm
Width: 530 mm - 530 mm
Height: 240 mm - 240 mm
...
How should silicone vascular models be cleaned and stored? Answer: To clean, first remove the circulation pipeline, rinse with clean water, and dry with tissue or non-woven fabric; the replaceable
vascular ...
Shanghai Preclinic Medtech
Length: 3.5 mm - 6 mm
Width: 3.5 mm - 6 mm
Height: 3.4 mm - 7 mm
... structures can be integrated into the abdominal section.
Trando 3D Medical Technology
Length: 913 mm
Width: 393 mm
Height: 108 mm
... vessels models is fixed onto acrylic plate.The intracranial,aorta and abdomen part of the model can be connected and disassembled by our custom connectors,the above three parts can be customized and replaced according ...
Trando 3D Medical Technology
... This model features most of major arterial blood vessels of the human body, from the planar artery to the brain's central vasculature. The blood vessels are physiologically-accurate and has realistic morphology, providing a wide range ...
Trando 3D Medical Technology
... This model includes ACA, MCA and internal carotid artery. The internal carotid artery is tortuous and features four aneurysms, in addition, there is a replaceable aneurysm lesion on MCA. The model is primarily designed ...
Trando 3D Medical Technology
Length: 920 mm
Width: 320 mm
... The Angio-Suite Training Bundle model contains major arteries of human body and can be detached into three parts: cerebral part, cardiac part and iliac part. Each part can be seamless attached with others vascular models ...
Trando 3D Medical Technology
... with aneurysm and stenosis is 3D printed based on actual CT data for physiological fidelity. It is specially designed for vascular interventions training and medical device developing. ...
Trando 3D Medical Technology
... The Neuro Vascular System II is 3D printed based on actual CT data for physiological fidelity. It is specially designed for vascular interventions training and medical device developing. ...
Trando 3D Medical Technology
... Training System Ⅲ Model includes major arteries of human body from anterior cerebral artery to femoral artery and features embedded coronary artery. It can be detached into three parts: neuro part, aorta part and iliac part. This ...
Trando 3D Medical Technology
... The Intracranial Arteriovenous Fistula Model is 3D printed based on CT data for physiological fidelity. It is specially designed for vascular interventions training and medical device developing. This model ...
Trando 3D Medical Technology
... different types of models (type I, type II, type III, horn bow) for replacement, to simulate different difficulty of bow operation. And this model can be combined with our company nerve large plate series products ...
Trando 3D Medical Technology
... Overview
Patient-specific 3D printed
vascular
models reproducing physiological and pathological anatomies (calcification, clot, aneurysm) with adjustable material properties to mimic vessel softness, flexibility ...