The system is designed to form microclots from whole blood samples to measure platelet forces, aggregation, and function.
No use of agonists or reagents, no offsite labs; faster, more accurate results means faster, more-informed decision-making for trauma doctors.
Simply having a platelet present does not mean it will be beneficial; in order to best assess coagulability, knowing the percentage of high quality platelets is crucial.
To achieve this superior assessment of coagulability, the system leverages high precision microfluidics with machine vision, machine learning. The result is an easy-to-interpret platelet and hemostasis data including clot aggregation, contraction, resistance, and likelihood of dissolution within the blood.
The Stasys Platelet System relies on shear activation to mimic how platelets activate in the body. This reliance on mechanical activation eliminates the need to mix in activators and is the closest thing to replicating how platelets behave in the body.Learn moreRead our research
Currently, it takes hospitals over 30 minutes to complete testing using thromboelastometry, viscosity, or aggregation systems.
The Stasys Platelet System completes tests within 5 minutes of the blood draw and no pipetting of reagents is required.
This leap in speed helps doctors act with better information to save lives.
The card reader has been developed by Stasys in-house and has been deployed in multiple user sites with independent users in clinical observational trials.
Our next generation system includes full automation, machine learning models, and is designed for manufacturing and deployment.
Over 50 iterations of cards have pushed the technology into being ready for scaled volume manufacturing.
Stasys is looking to move to the next step and would love your support. Let's connect to make it happen.