WetLab blood vessel models are able to be used for practicing resection, incision, suture and anastomosis, and for practicing insertion of stent graft for aneurysms and other surgery. Unlike rubber and silicon material models used at dry labo, WetLab vessel models, made of PVA (polyvinyl alcohol) and specially processed to have moderate hydrophilicity and softness in response to different parts of blood vessel, allow you to surgery practice with a realistic feeling very close to the human body. Followings are lineup of our blood vessel models. Please enjoy your surgery practice at any place. We can accept custom order upon user’s request about OD (outer diameter), length, soft/hardness and thickness.
Blood vessel model
Products
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1-layer type vessel model
This is a basic model suitable for practicing resection, incision, suture and many methods of anastomosis (end-to-end, end-to-side and side-to-side anastomosis).
(OD) 0.3-0.4mm, 0.5mm, 0.7mm, 1.0mm, 1.5mm, 2.0mm, 3.0mm,4.0mm, 5.0mm, 8.0mm, 10.0mm~30.0mm
(length) 50mm~60mm -
2-layer type vessel model
Super flexible adventitia is attached to 1-layer type vessel model. Detaching adventitia and pinching it by tongs can be performed.
(OD) 1.0mm, 1.5mm, 2.0mm (length) 50mm -
Pressure resistant type vessel model
Thick-wall type of 1-layer type vessel model. It is able to circulate water or pseudo blood and suitable for IVUS (intra-vascular ultrasound), catheter and stent inserting practice as well as anastomosis.
(OD) 5.0mm, 8.0mm (length) 80mm -
Plaque type vessel model
Artificial plaque is attached to the wall of the Pressure resistant type vessel model. Suitable for practice of exfoliating plaque (incision, removal and suture) and for practice of inserting internal shunt and suturing hemashield patch as well as CEA (Carotid Endarterectomy) and high-flow bypass practice.
(OD) 8.0mm (length) 90mm -
Transparent type vessel model
This is a custom order model. It is able to watch inside of vessel and suitable for practice of stent and catheter insertion. To be made in accordance with user’s own specification such as shape, angle, soft/hardness. OD, length and others.
(reference OD) 5.0mm, 8.0mm, 10.0mm -
Transparent with plaque type vessel model
This is also a custom order model. Artificial plaque is attached to Transparent type vessel model. Suitable for practice of exfoliating plaque (incision, removal and suture) and for practice of inserting internal shunt and suturing hemashield patch as well as CEA (Carotid Endarterectomy) and high-flow bypass practice. Let us hear your own specification.
(reference OD) 8.0mm -
Academy Pack containing 5 pcs of 1-layer type vessel model
This is a special offer package of 1-layer type vessel model designed for mass consumption at hospital, university, research institution and medical device company. 5 pieces of same vessel model are contained in one bottle and offered at an attractive price.
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Blood vessel anastomosis training kit
This is specially designed kit for practice of anastomosis training. It is able to easily practice realistic anastomosis procedure on the original Soft tissue model (specially designed). After anastomosis, pseudo-blood can be injected into vessel model to check for leaks (whether anastomosis is successful). Use this in conjunction with WetLab blood vessel model (sold separately).
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Brain surface model in petri plate
This is specially designed for doctors of neurosurgery to perform more realistic anastomosis surgery. Use this as the vascular pedestal for Blood vessel anastomosis training kit (sold separately).
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Horizontal skull bone base
This is also specially designed for doctors of neurosurgery to perform more realistic anastomosis surgery. To use in conjunction with Brain surface model in petri plate (sold separately), it is able to practice deep anastomosis at preferred depth by adjusting the height of this bone base,
Features
WetLab blood vessel models have the same elasticity as a living body and have high tensile strength, so you can check the feeling of suturing and cutting that could only be experienced in the animal body in the past. It is able to provide the practice in procedures such as neurosurgery, vascular surgery, orthopedics and dermatology as well as simulated microsurgery.
Further, our vessel models have been widely used by medical professionals, medical device manufacturers and research institutes as well as hospitals and universities.
Gallery
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Bifurcation model
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Provided by Dr. Jun Takahashi, Department of Neurosurgery, Kyoto University
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Practicing peeling off the thin film around the blood vessels that can be burnt with electric scalpel
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Brain surface petri dish (blood vessel base) in Horizontal bone base for microscope
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Practicing peeling off the thin film around the blood vessels that can be burnt with electric scalpel
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