Company located in Minnesota, U.S. working on nano-particles and dispersions, especially nano-silver. The company uses a unique process to produce these nanomaterials at a competitive price. Cima has partnered with major players in the field to aggressively carry out commercialization in conductive inks and coatings.
Awarded "Most Innovative Israeli Nanotechnology Companies"byU.S.-Israel Science and Technology Foundation in 2005

A company developing a unique next-generation 3-D microscopic system. Their advanced LEAP system collects a three-million atom data set and displays each atom in 3-D computer graphics. The researchers will be able to observe each atom in a dot that is differently colored by atom type in only 5 to 10 minutes, helping them make more effective and detailed analyses. Founded in November 1998 in Wisconsin, U.S.

Company found as a spinout of the renowned Cavendish Laboratory of Cambridge University. The company develops manufacturing - or printing - technologies for organic electronics, which is expected to be much simple and cost effective process than existing technologies. Based on the strong IP position of Cavendish, Plastic Logic is developing applications as e-paper, electronic labels with major players in the field, and ultimately targets backplanes for sophisticated flexible displays. Located in Cambridge, U.K.

InPhase Technologies, the leader in holographic data storage drive and media development, was founded in December 2000 as a spin-off from Lucent Technologies Bell Laboratories. InPhase has unparalleled technical expertise in areas of holographic media and recording techniques, laser optics, and drive technology. Their greatest strength is the creative application of pure science and advanced engineering in the development of the next generation of storage technology. InPhase will introduce the world's first commercial holographic drives and media in 2006.

NanoFusion Technologies, founded in March, 2004, is working on development and sales of microfluidics products. The company's electro-osmotic micropump and microfluidics devices have wide range pressure and flow rate characteristics with micromini-volume and low driving voltage. Novel, compact and inexpensive system is realized by this technology. The products are expected to be applied to various applications such as micro fuel cell systems demanded in near future and other electronics products, and R&D, analysis & diagnosis in biotech, pharmaceutical and environmental industry. The company's major partners are already in the phase of evaluation for commercialization. Located at Komaba Open Laboratory of University of Tokyo.