RRI Product Line of Vascular Phantoms

Carotid Anthropomorphic Vascular Phantoms (SB Series) - Embedded in a robust silicone block this product line of geometrically characterized carotid bifurcation phantoms (normal and various stenoses options) are ideal for quantitative flow, angiographic, visualization and finite-element modeling applications.

Link to PubMed publication: Click Here

PRODUCT	MODELS
Normal Carotid Bifurcation	CNB-SB
30% symmetric Carotid Bifurcation	C30-SSB
50% symmetric Carotid Bifurcation	C50-SSB
60% symmetric Carotid Bifurcation	C60-SSB
70% symmetric Carotid Bifurcation	C70-SSB
80% symmetric Carotid Bifurcation	C80-SSB
30% asymmetric Carotid Bifurcation	C30-ASB
50% asymmetric Carotid Bifurcation	C50-ASB
60% asymmetric Carotid Bifurcation	C60-ASB
70% asymmetric Carotid Bifurcation	C70-ASB

Carotid Anthropomorphic Vascular Phantoms (STWV Series) - Offering thin walled carotid bifurcation vessels this product line of geometrically characterized carotid phantoms (normal and various stenoses options) are ideal for quantitative flow, angiographic, visualization, finite-element modeling and endovascular applications where wall compliance is needed. These models offer the same geometries as the previously described model.

Link to PubMed publication: Click Here

PRODUCT	MODELS
Normal Carotid Bifurcation	CNB-STWV
30% symmetric Carotid Bifurcation	C50-SSTWV
50% symmetric Carotid Bifurcation	C50-SSTWV
60% symmetric Carotid Bifurcation	60-SSTWV
70% symmetric Carotid Bifurcation	C70-SSTWV
80% symmetric Carotid Bifurcation	C80-SSTWV
30% asymmetric Carotid Bifurcation	C30-ASTWV
50% asymmetric Carotid Bifurcation	C50-ASTWV
60% asymmetric Carotid Bifurcation	C60-ASTWV
70% asymmetric Carotid Bifurcation	C70-ASTWV

Click Here for picture of thin walled carotid bifurication model

Carotid Anthropomorphic Vascular Phantoms (SEA Series) - Offering thin walled carotid bifurcation vessels embedded in an agarose/gelatine tissue mimic this product line of multi-modality geometrically characterized carotid phantoms (normal and various stenoses options) are ideal for quantitative flow, angiographic, visualization and finite-element modeling and endovascular applications where wall compliance is needed. These models offer the same geometries as the previously described model.

Brochure coming soon.

Link to PubMed publication: Click Here:

PRODUCT	MODELS
Normal Carotid Bifurcation	CNB-SEA
30% symmetric Carotid Bifurcation	C30-SSEA
50% symmetric Carotid Bifurcation	C50-SSEA
60% symmetric Carotid Bifurcation	C60-SSEA
70% symmetric Carotid Bifurcation	C70-SSEA
30% asymmetric Carotid Bifurcation	C30-ASEA
50% asymmetric Carotid Bifurcation	C50-ASEA
60% asymmetric Carotid Bifurcation	C60-ASEA
70% asymmetric Carotid Bifurcation	C70-ASEA

Intracranial Anthropomorphic Vascular Phantom (Model: IAVP) - Embedded in a robust acrylic block this phantom is geometrically characterized (classic berry aneurysm can be customized to vary in size between 6 mm to16 mm) is ideal for quantitative flow, angiographic, visualization and finite-element modeling applications.

Link to PubMed publication: Click Here

Custom intracranial aneurysm phantoms (APPS - Series) - Embedded in a robust silicone block these phantoms are derived from patient data these models are ideal for quantitative flow, angiographic, visualization, comparative finite-element modeling and endovascular applications.

Coronary Tree Anthropomorphic Phantoms (Model: Coronix) – This is an anatomically correct model of a right dominant coronary tree phantom, designed to realistically and accurately mimic the complex geometries of the human coronaries. Ideal for the angiography, flow quantification and finite-element modeling applications.