Transforming Critical Care
With a Next Generation Infusion Pump
Designed to address the specific challenges
of critical care, ensuring patients receive the
safe and efficient treatment they need.
The Infuse Health Platform
Designed to address the specific challenges
of critical care, ensuring patients receive the
safe and efficient treatment they need.
Space Saving Design
Compact 4 channel pump uses 50% less space, ideal
for crowded critical care areas.
Modern Intuitive Interface
Easy to use color touchscreen display.
Accurate Labeling
Ensures safety with
ISO-standard drug labels.
Smart Technology
Drug safety interlocks, intelligent multi-modal alarms, wireless updates and Infuse AI cloud based management platform
Precision & Reliability
At a
Glance
Alarms
Faster and
Easier
Programming
Reduction in
Pump-related
Medical Errors
Today’s infusion pumps are not designed to meet the exacting needs of critically ill patients, which can result in potential harm to patients and increased cost. Infuse Health addresses the limitations of current designs.
Limitations of Current Pumps
Poor design
and
user interfaces
Too large
for the limited space in critical areas
Non-specific
alarms
High
failure rate
The Market
Demands devices that are compact, reliable and user friendly. The total addressable market for infusion pumps is valued at $6 billion, estimated to grow to $10 billion by 2032, with a serviceable U.S. market of $3 billion.
Volumetric pumps, crucial for critical care, represent a $1 billion opportunity.
The Team
Sal Rivera
Hardware Engineering
10 years experience in electromechanical design
Latyr Fall PhD
Software Engineering
8 years experience building embedded medical devices
Anshika Srivistava
User Experience
Masters in Human Computer Interaction from University of Maryland
Joyce Ludwig
Regulatory
30 years experience in the medical device regulatory space
Roy Rosin
Advisor
Former Chief Innovation Officer, Penn Medicine
Marie Marlow
Advicer
CEO, Rift Innovation Studio
Founder
Dr. Levin is an Attending Physician and Professor of Adult Cardiac Anesthesiology with over 20 years of healthcare experience. He graduated from MIT with a degree in electrical engineering and computer science. With over 20 years experience in healthcare and technology, he is now committed to disrupting the large volume infusion pump market.
During the COVID-19 pandemic he worked with Stryker and obtained FDA Emergency Use Authorization for a ventilator flow control valve, and worked with NASA JPL to validate their low cost all-American made ventilator.
