Cutting-edge technology backed with the know-how to get it to market 色. 蹤獲扦
Universitys Matchmaking Program is here to get the technology of tomorrow into your
hands today!
Reduce labor and increase efficiency with this innovative Foreign Object Debris Collector!
Add the FOD Collector to any existing Autonomous Mobile Robot and pick up 95% of all
debris in its path with minimal added cost.
Simplify and improve the healing process with this effective orthopedic tool for fingers
and toes!
Suspenders4Hope
Suspenders4Hope is a comprehensive, strategic approach to promoting mental health
wellness, preventing suicide, substance abuse, and sexual violence. We believe that
hope, recovery, and resilience are possible with the right support.
JAM Trips
JAM Trips is dedicated to facilitating laminar to turbulent transition on wind tunnel models, pushing the boundaries of aerodynamics research and innovation.
Ultrasonic Transducer
The Ultrasonic Transducer can mass-produce fibers more quickly,produce conductive fibers, selectively deposit fibers, produce cabled fibers, andproduce fibers of variable alignments for sensors, 3D printing, strongermaterials, and many more applications.
The Rapid Setting Composite Article is designed to conform to the shape of specific body parts, enhancing the casting
process to make it more convenient and widely applicable. This advanced material ensures
a perfect fit, providing superior support and comfort.
The Neonatal A-Clip replaces traditional taping methods for securing respiratory tubes
in the NICU, making intubation faster and more efficient. It enhances the babys and
familys experience by reducing discomfort and eliminating the need for adhesive tape
and harsh chemicals.
Shocker Ultra High Molecular Weight Polyethylene (UHMWPE)
Shocker UHMWPE is a high-performance material with 2X the wear resistance of traditional
UHMWPE, along with improved UV, chemical, and abrasion resistance. Its self-lubricating
properties and low friction make it ideal for demanding applications like paddles,
gears, and bearings.
蹤獲扦 University's ATLAS lab has developed innovative thermoplastic window
plugs that are 20% lighter than traditional metal versions, while maintaining the
same strength and reliability. These plugs can be produced quickly through injection
molding, significantly improving manufacturing efficiency for aerospace applications.