Infiniscale is a provider of innovative software solutions that do address analog design challenges performance, parametrical DFY optimization and predictable time-to-market for next generation devices.
Infinitesima specialises in developing innovative accessories and advanced products based on scanning probe microscopy methods and techniques. These tools enable the visualisation and characterisation surfaces at a nanometre level.
The company is engaged in R&D and production of nanomaterials and nanomaterials production equipment. Production program covers mostly antibacterial products for healthcare (patches, bandages), hygiene (insoles), cleaning and food industry. The company also produces unique machines for polymerisation of nanolayers at textile materials 'INM Foulard' and exclusively distributes unique patented electrospinning devices 'MultiSpin' and electrospinning devices clima control units 'ClimaSpin'.
InMold Biosystems proprietary technology offers a radical new approach to increase the functionality of plasticware. Biomolecules, like proteins, may be transferred to flat or structured surfaces in a pattern with nanometer sized details by micro contact printing.
The company's lead product in development is Amorphous Nano-Hydroxyapaite Powder. Nano-structured hydroxyapatite has several advantages over hydroxyapatite of larger particle size in its use in bone tissue engineering due to its higher surface area and consequently higher reactivity, which offers better cellular response. In addition, nano-sized hydroxyapatite is useful as an effective surface modification agent for binding numerous biological molecules.
INNOWEP GmbH is specialized in manufacturing of measuring and testing equipment. The major competences of the company include measuring of very complex nano-, micro- and macrogeometries, abrasion, scratch resistance, wear, haptics, microtribology, microfriction, continuous elasticity, roughness, topography, structure and dimension.
The company fabricates extremely small in size (5 microns and smaller), micro-forceps for 3-dimensional handling of nano-objects with sizes ranging from nanometers to 1 micron. The nano-gripper can be used in almost every microscope. By using nano-grippers, every microscope could be transformed into a nanotechnological processing unit. This processing unit is able to create a variety of operations: pick up and place, pull, turn, bend, move, prepare, cut, integrate into the system the micro-and nano-objects, which previously could be only observed.
Inotera Memories, Inc. was founded as a joint venture by Qimonda AG and Nanya Technology Corporation. Inotera has started to transfer 80 nanometer process technology developed by Qimonda and 75/70 nanometer process technology co-developed by Nanya Tech and Qimonda.
An independent contract research organization providing research, analysis, consultation and technology development services to public and private entities throughout North America. Capabilites include nanoscale materials.
The company developed a Benchtop Scanning Electron Microscopes that is the size of an old computer. This device doesn?t require any maintenance and and very easily installed and is able to speed up the researches in the field of nanotechnology. It enables researchers to take high quality images at a very high magnification in less than 5 minutes.
The technology of InovisCoat GmbH originally stems from the photographic industry and is used in the life sciences, material sciences and nanotechnology areas. With it, coatings of up to ten individual layers can be manufactured. These extremely precise Multicoatings are used among other things, in photographic products, security systems, scratchproof displays and in the area of drug delivery products (e.g. active ingredient patches).