MOST Cardio
Most Cardio, LLC. is dedicated to developing innovative cardiovascular instrumentation using reposable design platforms, micro-robotics, and nanotechnology. Their mission is to create safe, minimally invasive surgical devices that improve patient outcomes and reduce costs, with a focus on plaque emulsification and removal from arteries. The company aims to disrupt traditional heart bypass and stent industries by providing advanced, safer alternatives.
Industries
Nr. of Employees
small (1-50)
MOST Cardio
Patents
Products
Reposable instrument platform (reusable station with disposable end-effectors)
A modular device architecture separating a reusable control/handle station from single-use distal end-effectors intended for cardiovascular minimally invasive procedures.
Robotic control station for distal end-effectors
Control and teleoperation system that allows clinicians to manipulate distal end-effectors during minimally invasive cardiovascular procedures.
Disposable catheters for plaque removal
Specialized catheters engineered to remove plaque while avoiding negative-pressure conditions that could cause arterial collapse.
Micro-emulsifiers for intravascular plaque fragmentation
Mechanisms to emulsify plaque into small particles to facilitate safe removal without arterial wall perforation.
Extractor wires for intravascular plaque removal
Wire-based mechanical extraction elements compatible with specialized catheters to remove emulsified plaque.
Minimally invasive surgery vascular access ports
Proprietary ports intended to enable femoral and other arterial access for MIS while minimizing blood loss and infection risk.
Reposable instrument platform (reusable station with disposable end-effectors)
A modular device architecture separating a reusable control/handle station from single-use distal end-effectors intended for cardiovascular minimally invasive procedures.
Robotic control station for distal end-effectors
Control and teleoperation system that allows clinicians to manipulate distal end-effectors during minimally invasive cardiovascular procedures.
Disposable catheters for plaque removal
Specialized catheters engineered to remove plaque while avoiding negative-pressure conditions that could cause arterial collapse.
Micro-emulsifiers for intravascular plaque fragmentation
Mechanisms to emulsify plaque into small particles to facilitate safe removal without arterial wall perforation.
Extractor wires for intravascular plaque removal
Wire-based mechanical extraction elements compatible with specialized catheters to remove emulsified plaque.
Minimally invasive surgery vascular access ports
Proprietary ports intended to enable femoral and other arterial access for MIS while minimizing blood loss and infection risk.
Services
Design and engineering services for intravascular instruments and supporting control stations for minimally invasive cardiovascular procedures.
Mechanical and electromechanical prototyping services including actuator design for medical instrumentation.
Support for patenting, commercialization planning, marketing, and strategic partnership formation for medical device products.
Design and engineering services for intravascular instruments and supporting control stations for minimally invasive cardiovascular procedures.
Mechanical and electromechanical prototyping services including actuator design for medical instrumentation.
Support for patenting, commercialization planning, marketing, and strategic partnership formation for medical device products.
Expertise Areas
- Cardiovascular device design
- Minimally invasive surgery instrumentation
- Micro-robotics for intravascular devices
- Nanotechnology applications in medical devices
Key Technologies
- Micro-robotics
- Nanotechnology-enabled device functions
- Robotic teleoperation/control systems
- Catheter-based interventional devices
News & Updates
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Khanh Nguyen designed the company logo and website for New England Canine dog training company based in Stoneham, MA.
Khanh Nguyen designed the website for Ace Home Medics, a home remodeling contractor based in North Reading MA.
AQ Marketing designed a website for Newton Childcare Academy in Newton, MA, and handled their marketing needs.
AQ Marketing designed, developed, and marketed a new business website for Conway Law, LLC in Reading, MA.
AQ Marketing designed the logo, website, business cards, yard signs, letterhead, and envelopes for Berglund Homes in Woburn, MA.