Model: H+N-S-N-010+, no aneurysm.
Model: H+N-S-A-010+,6 aneurysms
Model: H+N-S-A-011
Model: H+N-S-S-050 with
H+N-S-S-004 or H+N-S-S-004
Models: H+N-S-S-001 or 002 or 003
Models: H+N-S-N-002 & H+N-S-A-003+004
Models: H+N-S-A-007 & H+N-S-A-008
Model: H+N-R-N-001, no aneurysm
Model: H+N-R-A-001, with aneurysm
Model: H+N-R-N-002, no aneurysm.
Model: H+N-R-A-002+, one aneurysm.
Model: H+N-R-S-001
Model: T–S–N–002-Type II
Models: T-S-N-020-L & T-S-N-020-R
Flow range: 0.01 to 35 ml/s, accuracy of ± 3.0%. Realistic and reproducible volume flow waveforms. Applications: CT, OCT, PIV and ultrasound imaging
Flow range: 0.01 to 35 ml/s, accuracy of ± 3.0%. Realistic and reproducible volume flow waveforms. Programmable: SimuFlow III Waveform Editing Software. Applications: CT, OCT and ultrasound imaging.
Flow range: 0.01 to 35 ml/s, accuracy of ± 3.0%. Realistic and reproducible volume flow waveforms. Programmable: SimuFlow III Waveform Editing Software. Applications: MRI, CT, OCT and ultrasound imaging. Includes an ‘MR Finger’ product to synchronize our pump with an MRI scanner for ecg gated studies
Flow range: 1.0 to 300 ml/s, accuracy of ± 3.0%. Realistic and reproducible volume flow waveforms. Programmable: SimuFlow III Waveform Editing Software. Applications: CT, OCT and ultrasound imaging. Includes an ‘MR Finger’ product to synchronize our pump with an MRI scanner for ecg gated studies.
Our carotid bifurcation planar models accurately mimic complex physiological vasculature geometries and are compatible with MRI, radiographic imaging & particle imaging velocimetry (PIV) with an RI of 1.41. Available geometries: normal bifurcation, 30%, 50%, 60% & 70% symmetrical or asymmetrical stenosis. Thin walled versions with the same geometries are available. The thin walled versions can be embedded in tissue mimicking materials (i.e. agar for Doppler flow). See our Carotid bifurcation Doppler Flow Phantoms.
Designed to realistically & accurately (0.1 mm) simulate the complex geometries of human coronary arteries. The anatomical data is derived by averaging 100 in vivo coronarographies. The right and left coronary arteries can be filled independently for flow or static applications. Customers can choose the type, location, size and the number of stenosis. Ideal for x-ray, CT & MRI when injected with the appropriate contrast agent.
Flow range: 1.0 to 100 ml/s.
Realistic and reproducible volume flow waveforms.
Programmable: TracerDac Pro Software.
Applications: CT, PIV, OCT and ultrasound imaging
This MRI compatible MR Finger products allows for the production of an ECG-compatible trigger signal. With the MR Finger a device that outputs a TTL signal can be used to simulates a ECG signal.