Madison, WI based medical device company, Medical Engineering Innovations, Inc. (MEI) was founded in 2005 by researchers from University of Wisconsin. The company is dedicated to transforming electrosurgery by providing technology that improves patient outcome, surgeon efficiency, and healthcare cost-effectiveness. MEI's patented technology was developed at the University of Wisconsin-Madison (UW) and has been benchmark tested in animal studies against current technology.
Based upon the results of testing, this platform is intended to offer improvements for reliable coagulation of tissues and associated improvements for ease of use. These tools are designed to require only a single application of 3 to 6 minutes, which may reduce surgical time, resulting in a more cost-effective procedure and better patient outcomes.
The SwiftBlade system consists of a reusable Radio Frequency generator (RFG) that uses enhanced RF technology across multiple channels; and sterile, single-use handsets with blade-shaped electrodes optimized for procedure-specific geometry.
Based upon the results of testing, this platform is intended to offer improvements for reliable coagulation of tissues and associated improvements for ease of use. These tools are designed to require only a single application of 3 to 6 minutes, which may reduce surgical time, resulting in a more cost-effective procedure and better patient outcomes.
The SwiftBlade system consists of a reusable Radio Frequency generator (RFG) that uses enhanced RF technology across multiple channels; and sterile, single-use handsets with blade-shaped electrodes optimized for procedure-specific geometry.
Services
MEI is focused on bringing new technologies to market that combat liver cancer with more effective tools for liver surgery and localized cancer treatment by heat (tumor ablation).
Our technologies combine a proprietary algorithm to control the application of radiofrequency energy to tissue, with enhanced blade electrode geometries to optimize tissue heating.
James Will Emeritus Professor, University of Wisconsin-Madison, Animal Health and Biomedical Sciences.
Dieter Haemmerich Associate Professor, Medical University of South Carolina, Department of Pediatrics; Clemson University, Department of Bioengineering.
Our technologies combine a proprietary algorithm to control the application of radiofrequency energy to tissue, with enhanced blade electrode geometries to optimize tissue heating.
James Will Emeritus Professor, University of Wisconsin-Madison, Animal Health and Biomedical Sciences.
Dieter Haemmerich Associate Professor, Medical University of South Carolina, Department of Pediatrics; Clemson University, Department of Bioengineering.
MEI's patented technology was developed at the University of Wisconsin-Madison (UW) and has been benchmark tested in animal studies against current technology.
Based upon the results of testing, this platform is intended to offer improvements for reliable coagulation of tissues and blood vessels up to 5mm in diameter, and associated improvements for ease of use.
These tools are designed to require only a single application of 3 to 6 minutes, which may reduce surgical time, resulting in a more cost-effective procedure and better patient outcomes.
Based upon the results of testing, this platform is intended to offer improvements for reliable coagulation of tissues and blood vessels up to 5mm in diameter, and associated improvements for ease of use.
These tools are designed to require only a single application of 3 to 6 minutes, which may reduce surgical time, resulting in a more cost-effective procedure and better patient outcomes.
Reviews
Be the first to review Mei.
Write a Review
