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Sensor Business Division
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Sensor Business Division
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Sensor Business Division
Phone: 0000-00000000
Fax: 0000-00000000
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Sensor Business Division
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Fax: 0000-00000000
Pulmonary Artery Model-Unilateral
Unilateral Pulmonary Artery Model consists of an acrylic box equipped with a high-transparency soft silicone vascular model. The vascular model’s anatomical structures and dimensions are based on 1:1 human CTA/MRI data and produced using 3D reconstruction printing. Made of highly transparent soft silicone, the vascular model offers high fidelity and a friction coefficient closely matching that of real human vessels. The model is equipped with one external temperature controlled circulation pump/circulation pump,which simulates blood flow to achieve consistency between the phantom and the real human blood flow.The built-in fluid touchscreen allows adjustment of various fluid parameters such as fluid temperature, pressure, flow rate, heart rate,temperature, pressure, flow rate, and heart rate to achieve realistic hemodynamic effects.The product strictly complies with domestic regulations and relevant FDA standards and is supported by comprehensive literature and detailed data reports, thereby accelerating the innovation and development of medical devices.
Keywords:
隐藏域元素占位
Pulmonary Artery Model
Pulmonary Artery Model consists of an acrylic box equipped with a highly transparent,40A soft silicone vascular model,reconstructed from real human CT/MRA data. The vascular structures are fixed in 3D within the acrylic case, accurately reproducing vessel paths, inner diameters, and curvature at a 1:1 scale. Its 3D design provides realistic procedural space and open visibility, closely resembling actual human vessels. It can be used with an external fluid pump or in a water bath. With a temperature-controlled circulation pump, fluid within the vessels can be circulated, and parameters such as flow rate, temperature, and pulsation can be adjusted via the pump touchscreen. The model offers high fidelity, realistic fluid dynamics, and closely replicates actual vascular flow. The flat version can simulate respiratory motion, and each pulmonary artery branch is labeled for easy identification. This product strictly complies with domestic standards and relevant FDA standards and is supported by comprehensive literature and detailed data reports, effectively facilitating the translation of research into clinical applications.
Keywords:
隐藏域元素占位
Aortic Arch Model
Aortic Arch Model is a medical teaching aid or surgical assistance tool that simulates the anatomical structure and function of the human aortic arch. It is widely used in clinical training, surgical planning, and medical device development.
Keywords:
隐藏域元素占位
Aortic Arch Dissection Model
Aortic Arch Dissection Model refers to a medical model that simulates dissection lesions of the aortic arch. It is typically used for medical education, clinical training, and surgical planning, helping physicians better understand and manage aortic arch dissections, thereby improving diagnostic and therapeutic accuracy.
Keywords:
隐藏域元素占位
Lower Limb Artery Model
Lower Limb Arterial Model Pro consists of a white Hemodynamic Simulation System equipped with a highly transparent,soft silicone vascular model.It features a touch-screen fluid parameter setting, integrated design concept, and can be equipped with a multimodal fluid measurement and control system for real-time monitoring of blood flow dynamics.The vascular model’s anatomical structures and dimensions are based on 1:1 human CTA/MRI data and produced using 3D reconstruction printingMade of highly transparent soft silicone, the vascular model offers high fidelity and a friction coefficient closely matching that of real human vessels.The ""Smart Flow"" System is equipped with one circulation pump, which simulates blood flow to achieve consistency between the phantom and the real human blood flow. The built-in fluid touchscreen allows adjustment of various fluid parameters such as fluid temperature, pressure, flow rate, heart rate,temperature, pressure, flow rate, and heart rate to achieve realistic hemodynamic effects.This product strictly complies with domestic standards and relevant FDA standards requirements, and is supported by comprehensive literature and detailed data reports on neurovascular anatomy, effectively facilitating the translation of scientific research into clinical applications.
Keywords:
隐藏域元素占位
Lower Limb Vein Model (Unilateral)
Unilateral Lower Limb Vein Model consists of an acrylic box equipped with a high-transparency soft silicone vascular model. The vascular model’s anatomical structures and dimensions are based on 1:1 human CTA/MRI data and produced using 3D reconstruction printing.Made of highly transparent soft silicone, the vascular model offers high fidelity and a friction coefficient closely matching that of real human vessels.The model is equipped with one external intelligent teaching simulation pump/integrated pulsation pump/circulation pump, which simulates blood flow to achieve consistency between the phantom and the real human blood flow. The built-in fluid touchscreen allows adjustment of various fluid parameters such as fluid temperature, pressure, flow rate, heart rate,temperature, pressure, flow rate, and heart rate to achieve realistic hemodynamic effects. The product strictly complies with domestic regulations and relevant FDA standards [ASTM F3575-24] and is supported by comprehensive literature and detailed data reports on neurovascular anatomy, effectively facilitating the translation of scientific research into clinical applications.
Keywords:
隐藏域元素占位
Lower Limb Artery and Vein Model
Lower Limb Artery and Vein Model Pro consists of a white Hemodynamic Simulation System equipped with a highly transparent,soft silicone vascular model. It features a touch-screen fluid parameter setting, integrated design concept, and can be equipped with a multimodal fluid measurement and control system for real-time monitoring of blood flow dynamics.The vascular model’s anatomical structures and dimensions are based on 1:1 human CTA/MRI data and produced using 3D reconstruction printing. Made of highly transparent soft silicone, the vascular model offers high fidelity and a friction coefficient closely matching that of real human vessels.The ""Smart Flow"" System is equipped with one heart pulsation pump, which simulates blood flow to achieve consistency between the phantom and the real human blood flow. The built-in fluid touchscreen allows adjustment of various fluid parameters such as fluid temperature, pressure, flow rate, heart rate,temperature, pressure, flow rate, and heart rate to achieve realistic hemodynamic effects.This product strictly complies with domestic standards and relevant FDA standards requirements, and is supported by comprehensive literature and detailed data reports on neurovascular anatomy, effectively facilitating the translation of scientific research into clinical applications.
Keywords:
隐藏域元素占位
Peripheral Coronary Vascular Intervention Model
Vascular Intervention Model consists of an acrylic box equipped with a highly transparent,40A soft silicone vascular model,reconstructed from real human CT/MRA data. The vascular structures are fixed in 3D within the acrylic case, accurately reproducing vessel paths, inner diameters, and curvature at a 1:1 scale. Its 3D design provides realistic procedural space and open visibility, closely resembling actual human vessels. The system is equipped with an intelligent teaching simulation pump/integrated pulsation pump/circulation pump, enabling continuous fluid circulation. Flow velocity, temperature, and pulsation parameters can be adjusted via a built-in touchscreen to simulate realistic hemodynamic conditions. With high anatomical fidelity and realistic fluid dynamics, the system accurately reproduces in vivo hemodynamic conditions.This product strictly complies with domestic and relevant FDA standards, and is supported by comprehensive literature and detailed data reports, effectively facilitating the translation of scientific research into clinical applications.
Keywords:
隐藏域元素占位
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