human model
key features
true-to-life replication
Our Human Vascular & Ventricle Stock Models are designed for unparalleled realism and precision in medical simulation. Based on real patient data, these models replicate vasculature and ventricle with extraordinary detail, making them essential for training, testing, and pre-surgical planning.
realistic feel
The ultra-smooth finish ensures that the model mimics the natural friction and texture of human tissues, allowing for realistic handling during medical procedures and enhancing the user’s skill and confidence.
tailored to your specifications
Choose from multiple silicone compounds and color options to customize the model according to your specific needs. Whether for training, testing, or unique medical applications, the model can be adapted to deliver the best performance for your requirements.
true-to-life replication
Our Human Vascular & Ventricle Stock Models are designed for unparalleled realism and precision in medical simulation. Based on real patient data, these models replicate vasculature and ventricle with extraordinary detail, making them essential for training, testing, and pre-surgical planning.
realistic feel
The ultra-smooth finish ensures that the model mimics the natural friction and texture of human tissues, allowing for realistic handling during medical procedures and enhancing the user’s skill and confidence.
tailored to your specifications
Choose from multiple silicone compounds and color options to customize the model according to your specific needs. Whether for training, testing, or unique medical applications, the model can be adapted to deliver the best performance for your requirements.
why you need
block models
train medical professionals with realistic replicas
When training medical professionals, realism is critical. Our silicone models replicate human vasculature with incredible accuracy, allowing for hands-on practice in a controlled setting. With a wide range of customizable silicone softness levels, our models simulate the stiffness or softness of real vessels, enhancing the realism of the training experience. The life-like friction properties also provide tactile feedback similar to what surgeons and clinicians experience during actual procedures, ensuring they’re prepared for the real thing.
reduce risk in high-risk interventions
Our models enable detailed planning and practice for high-risk interventions, offering medical teams the opportunity to rehearse procedures before performing them on actual patients. This reduces the risk of complications and improves patient outcomes.
By providing replicas with ultra-fine vessel diameters as small as 0.8mm, our models are the only option on the market capable of replicating such intricate details while maintaining softness. This level of detail is essential for planning complex interventions with maximum accuracy.
testing new medical devices
Silicone vascular block models offer the ideal platform for testing and developing cutting-edge medical devices. By accurately replicating the complex structure of human vessels, our models provide a lifelike environment for evaluating device performance under realistic conditions. Our models, featuring ultra-clear and colorless silicone, allow for full visibility during testing, making it easier to assess the interaction between the device and the vascular system in real time.
unmatched transparency and detail
No other company matches our ability to replicate ultra-fine vascular structures with such remarkable clarity. With a glass-like transparency, our models offer detailed visibility even in the smallest vessels. This superior transparency also enhances the ability to monitor device navigation during complex procedures, giving medical professionals a clearer view at every critical moment.
customization for every application
Our silicone vascular block models are fully customizable to meet the unique requirements of any medical application. Whether it’s matching the stiffness, softness, or geometry of the vessels, our models are tailored to ensure optimal performance in any scenario.
If specific colors are required, we integrate a base color while maintaining the model’s transparency.
This flexibility allows us to create the perfect tool for your needs.
find the perfect model
for your needs
neurovascular
cardiovascular
