WaferGen Biosystems, Inc. is a leader in the development, manufacture and commercialization of next-generation systems for gene expression, genotyping, stem cell research and cell biology for the life science and pharmaceutical industries.
WaveSense develops, manufactures, and markets breakthrough analytical nanotechnologies for use in cellular and molecular assay markets. The company's patented and hierarchy technology is called Xenographic Retention Chromatography (XRC) - branded as EpiSep, which is a lateral flow separations platform that provides rapid, advanced detection and characterization of live cells, proteins, and/or genes. Researchers can then harvest the targets for interrogation purposes within their desired application.
The World Technology Evaluation Center, Inc. is a leading organization in conducting international technology assessments via expert review. Assignments and projects include various nanotechnology studies.
XOS® has been a leading global provider of advanced X-ray optics for material analysis systems since the optics' commercial introduction in the mid-1990s. The systems are important for essentially all industries that use materials – from cement to semiconductor to pharmaceutical to petroleum – measuring aspects such as semiconductor film thickness, stress in turbine blades, groundwater contamination, and contaminant levels.
A spin-out of NC State's Technology Entrepreneurship and Commercialization program, Xanofi specializes in producing custom, low-cost, functional nanofibers for applications in medicine, energy, and performance textiles. We are currently seeking co-development projects with customers seeking a nanofiber solution for their products.
XG Sciences develops and produces multifunctional materials that are based on their xGnP brand graphene nano-platelets. The company manufactures these nano-platelets through proprietary techniques that allow them to control their size and surface characteristics.
Manufactures nanodevices based on individual carbon nanotubes (CNTs) and CNT arrays with well-controlled properties using a proprietary, scalable core process - CNT based probes for high-end microscopy tools, including CNT tips for Atomic Force Microscopes (AFMs); CNT field emitters for Scanning Electron Microscopes (SEMs).