The Micro-Bio-Nano Company. MiniFAB offers customized manufacturing and advanced product development, exploiting leading edge polymer microfabrication. The company's business is the design, fabrication and integration of polymer microengineered systems.
The company develops Modumetal™, a nanolaminated alloy that is stronger and lighter than steel and will replace conventional metals and composites in many applications, starting with military armor, and eventually in cars, planes, buildings, and other transportation and construction sectors.
MOF Technologies has developed a patented technique for the synthesis of MOF materials, which is environmentally friendly, rapid and highly scalable, allowing cost-effective, large-scale deployment of these extraordinary materials.
NDT is an engineering company specializing in the manufacture and application of dispersions of particles in the nano size range. The basis of this company is a propietary milling device which operates on purely fluid mechanics principles. Our equipment suppresses cavitation and takes large solids or liquids particles down to nano size, cheaply and in large quantities.
NanoOne Industrial group is including state of the art R&D and the factory for producing nonmaterial and functional coating for several industries. The company was awarded as the best nanotechnology corporation in Iran in 2008.
Nano-Optic Devices is designing, fabricating and testing a suite of optical elements for a broad range of disruptive applications in communications, computing, processing and sensing. The Nano-Optic Devices' Digital Planar Hologram expands the potential of Integrated Optics and Photonic Lightwave Circuits by enabling customized complex optical systems on-chip.
NanOasis is utilizing carbon nanotube technology to make reverse osmosis membranes having breakthrough properties that will dramatically reduce the cost and energy itensity of desalination, water purification and other fluids separations.
Develops nanotechnology software design tools that enable modeling and simulation of nano materials. Has developed a variety of synthesis routes to manufacture nanomaterials for wide range of applications.
Nanofilm provides consistent high quality thin-film coatings with superior adhesion. Nanofilm's coatings operate from the visible through the infrared spectral wavelengths. Custom coatings can also be applied to meet customer specifications.
The company is an internationally recognized authority in the field of Filtered Cathodic Vacuum Arc (FCVA) Technology. Nanofilm's FCVA coating technology represents a significant advancement in thin film deposition, and is the result of 7 years ground-breaking work by a team of researchers led by Associate Professor Dr. Shi Xu, the Chairman and co-founder of Nanofilm.
Nanometics is a chemical research company dedicated to the development of novel raw materials for the personal care and textile industries. In addition, there are several ongoing collaborations in projects relating to biomedical imaging, chiral molecular switches for quantum computing and supramolecular chemistry for neural prosthetics.
NanoPhotonica brings innovative nanomaterials and production techniques to enable market-altering improvements to displays, solar panels, as well as other electronic device industries. The increased conductivity of their materials enhances electrical-optical conversion, and its ability to act as a moisture, oxygen and UV barrier prevents premature degradation and increases device lifespan.
Nanoplus was founded in 1998 as a spin-off from the department of Technical Physics at Würzburg University to transfer research results into applications and products with a specialization in optoelectronics devices and customer specific micro- and nanostructuring.
Nanosense Inc. specializes in the development of new technologies in the areas of chemical sensing, odorant detection and artificial olfaction. The company?s new carbon nanotube FET sensor technology provides breakthrough performance in the detection of analytes in complex 'real-world' environments.