ASIST™ is a sophisticated specialty system specifically designed for the replication of large vessel occlusions, enabling easy and predictable stroke replication.

  1. ASIST™ Neurovascular Unit – with patient-specific anatomies
  2. Thrombus Simulant – packaged in ready-for-use 1cc syringes
  3. Delivery Kit – for predictable thrombus deployment Users can now test and train various thrombectomy techniques and devices reliably and conveniently.

PRACTICE THROMBECTOMY TECHNIQUES

Vasculature Head
Test & Time

Choose between a heador a box for your vasculatureand configure to a simulator:

SiM | Replicator

Box Vasculature
VIEW OUR NEUROVASCULAR VESSEL LIBRARY

CONVENIENT. RELIABLE. PREDICTABLE.

ASIST™ is quickly set up with the delivery kit
and our nonbiological, realistic clot.
• Quick procedure set-up • Easy maintenance • Realistic feedback


ASIST™ Neurovascular Head – with patient-specific anatomies.

ASIST™ Neurovascular Box – with patient-specific anatomies.

Thrombus Simulant – packaged in ready-for-use 1cc syringes.

Delivery Kit – for predictable thrombus deployment.

REALITY EMPOWERED CLOT

Our pre-filled thrombus syringes deliver properties matched to human clot,
bringing reliable and predictable realism to replicated stroke procedures.

Figure 1. Engineering stress-strain curves of the clot samples. The green lines are clinical specimens collected from patients with AIS ina study performed in 2016, and the orange line is the artificial clot sample from Vascular Simulations.

Figure 2. Strain recovery of clot samples during the stress relaxation test.

REALISTIC PROCEDURES 

Our pre-filled thrombus syringes deliver properties matched to human clot, bringing reliable and predictable realism to replicated stroke procedures.

Dr. David Fiorella, MD, PhD
Dr. David Fiorella, MD, PhD.
Thrombectomy Performed with ASIST™ AIS Replication System
Thrombectomy Performed with ASIST™ AIS Replication System.

“The ASIST™ provides physicians and researchers an efficient, reproducible, and extraordinarily realistic replication of an anterior circulation large vessel occlusion. This model provides an optimal platform for teaching and training, the development and comparison of different thrombectomy techniques as well as the assessment and development of novel devices.”