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CVIP welcomes established companies and start-ups that wish to license the University of Massachusetts-Amherst’s technologies. We have a complete database of available technologies for your perusal. CVIP is responsible for managing all aspects of licensing technologies and we can help you identify which technology may best fit your needs.
If there is a particular technology you are interested in learning more about we can prepare a Confidential Disclosure Agreement (CDA) for signature and once executed, we can arrange to get additional information to you.
Once you have determined you are interested in a particular technology, we can move directly to licensing negotiations or take the intermediate step of an Option Agreement. UMass grants both exclusive and non-exclusive licenses.
If you are interested in a technology that is already licensed, we can assist by expediting agreements between you and the company that already licenses the technology from the University.
Additionally, if there is a particular scientific area that you would like to sponsor a directed level of R&D that could generate a potential invention, we can guide you toward establishing an industry sponsored research agreement. We can discuss inventorship and intellectual property issues.
We would be happy to discuss all possible options with you. We invite you to contact us to discuss various opportunities. We can be reached at (413) 545-3606 or cvip@research.umass.edu.
Commercial Ventures & Intellectual Property
University of Massachusetts
Arnold House, Room 232
715 North Pleasant Street
Amherst, MA 01003-
9304
Phone: 413-545-3606
cvip@research.umass.edu
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CVIP Metrics - Report on Research 2011, p. 27
FEATURED TECHNOLOGY
High Load Capacity, Easy Release and Reusable Adhesive Device
Dr. Al Crosby's technology provides a new class of adhesive devices having an unprecedented combination of properties to allow for supporting high-weight objects, and even climbing. These devices have novel, yet simple, constructions with a cleanable adhesive surface, and can be fabricated at low cost with commercially available materials. They are inherently non-tacky, reusable, and can be easily applied to and released from their target surfaces without damaging the surfaces. This technology represents a breakthrough in the design and development of nature-inspired adhesives on macroscopic length scale with "gecko-like" attributes.
Click here for more information.