Intelligent Path to Competitiveness!
Panipol Oy manufactures polyaniline based inherently conductive polymers (ICP)- and polyaniline based formulations for several conductive applications. As of today Panipol is capable to produce polyaniline and polyaniline based products in high volumes for many existing and coming applications.
Phone: +358 207 432 255
Ormecon is the first company world-wide which offers an Organic Metal. The first Organic Metal is a conductive polymer, based on polyaniline chemistry. It is insoluble and unmoldable, but we succeeded in making it dispersible - the only way of processing conductive polymers and Organic Metals. We manufacture this material in form of about 10 nanometres small primary particles. They agglomerate with very strong forces to powder particles, still hard to disperse. Therefore, we provide the Organic Metal as predispersions or ready-to-use dispersions, lacquers, paints and blends for various applications in corrosion protection, printed circuit board manufacturing, antistatic and conductive surface modification, organic and polymer light emitting diodes (OLEDs, PLEDs), "plastic electronics" and many other products.
Phone: +49-40-604 106-0
Optomec is a leader in delivering additive manufacturing solutions for high-performance applications in the Electronics, Biomedical, and Aerospace & Defense markets. Additive manufacturing is a breakthrough technology that enables functional end-products or product features to be grown from powdered materials in a layer-wise manner . The approach is inherently more efficient and flexible than traditional subtractive manufacturing methods, and the benefits are compelling in terms of reduced manufacturing and material costs, reduced process time, and improved product performance. Further, additive manufacturing enables th realization of next generation product designs at virtually any scale... from Nano to Macro.
Phone: (505) 761-8250
Oak Ridge Micro-Energy, Inc. develops and produces custom designed thin film lithium and lithium-ion batteries that are ideally suited for a variety of applications where a small power source is needed. These batteries can be fabricated on a variety of substrates as well as onto chips, chip carriers or multi-chip module packages. By using the available space on a ceramic package or a silicon die, the battery can provide the required power while occupying otherwise wasted space and adding negligible mass.
Phone: (865) 220-8886
Our aim is to encourage and promote the cutting-edge competence and innovative energy. Norrkoping Science Park together with the University, the municipality and the business community work towards a common goal: to make things possible. Using the unique competence at Linkoping University, LiU, within our profile areas of Printed Electronics, New Tools for Health and Visualisation, we create an exciting knowledge intensive environment which promotes entrepreneurial skills, new establishments and growth.
Phone: +46 11 26 41 90
Scientific activities at NanoTecCenter Weiz Forschungsgesellschaft mbH (NTC Weiz GmbH) open up a range of new possibilities in research and technology of “nanostructured materials, process and component development in optoelectronics, sensor technology and nanoanalysis”. The company works in close cooperation with scientists of Graz University of Technology and JOANNEUM RESEARCH to ensure optimal use of research expertise and the existing R&D infrastructure. Cooperation with colleagues in science and industry is exercised in many ways at both national and international level to ensure the continued development and implementation of scientific knowledge in the field of nanosciences and nanotechnologies, including basic research and methods, as well as the associated R&D services.
Phone: +43 316 876 8003
Founded in 2001 by an experienced business team and world-renowned nanotechnology leaders, Nanosys is an industry-leading nanotechnology company developing, manufacturing and selling products based on a technology platform of high performance inorganic nanostructures. Nanosys' technology is covered by a portfolio of over 500 patents and patent applications that is currently being applied to opportunities in multiple industries including energy, electronics, optoelectronics, life science, and defense. Current application areas of Nanosys technology include flat-panel displays, non-volatile memory, fuel cells, solid-state lighting, chemical analysis chips and medical devices. Nanosys leverages its nanotechnology platform by collaborating with industry leaders to develop and produce products in each of their target markets. Nanosys' partners include Intel, Sharp Corporation, Rockwell Collins, NTT DoCoMo, Bruker Daltronics, In-Q-Tel, and agencies of the United States government.
Phone: 650 331 2100
Over the last seven years, NanoPrint Technologies has developed advanced printing technology, processes, and expertise. We not only have the know-how, we also have developed a strong team of individuals that will help further us into success. With all these aspects, we can take on any challenge that comes our way. We do not limit ourselves to just printing, but rather expand out resources to further develop our strengths and taht of the Printed Electronics market. The success of printed electronics is in companies like us, and we work hard to ensure it is growth.
Phone: 877.398.6266
NANOIDENT is a worldwide leader in the emerging field of printed semiconductor-based sensors. Our cutting-edge printed semiconductor solutions enable significant breakthroughs in the development and production of exciting new products and solutions, which will have tremendous impact on our society in areas such as healthcare, environmental protection, global warming, safety, and security.
Phone: +43 732 90 24 0
MicroFab develops and commercializes high-payoff applications for microdispensing and precision printing using ink-jet technology. The capabilities of ink-jet microdispensing are applicable to a wide range of industries and applications. Examples include microdispensing of liquid solder; adhesives; optical and electrical polymers; and biomedical materials, including diagnostic reagents, proteins, and DNA. The speed, precision, and digital nature of ink-jet printing technology makes it well suited for automated control in the manufacturing plant or research laboratory.
Phone: (972) 578-8076