We live in the peak of a technological age! It is no secret that today we can easily integrate into our life’s, new devices that decades ago were inconceivable. Intrinsic experience and knowledge are provided instantly by these appliances. Thus, the demand for more useful and richer experiences is rapidly increasing. This situation leads to a very high exponential growth of markets and industries that regularly need to reformulate their processes. In consequence, primary matter and assets must become lighter and affordable.

In almost every aspect of technology fabrication, developers are facing a quest to overcome physical and economic problems that the exponential growth of more challenging markets are imposing.  If we follow the path of this constant without making significant changes, the whole economic engine based on that growth model will face a halt.  Raw materials will be scant, and the relationship between the pace of innovation and the financial cost of manufacturing would be massively slow down.  Finding new approaches demands more than just concentrating on substituting materials.   New principles when developing core technologies must be established to ensure that applied science does not become nonviable soon.

We are about to reach a key inflection point where we may not be able to develop faster, better, smaller technologies unless we submit our industries to new perspectives.

From our point of view, we are confident that this is an excellent opportunity to transform the world. Today is the time to find new solutions that can relieve the financial, environmental and physical costs implied in humankind technology.

Everyday academic researchers are empowering dreams that are sparking small revolutions, creating new alternatives to standard industrial practices. At NSTC we enjoy a collaboration with the Alan G. McDiarmid NanoTech Institute, at the University of Texas at Dallas and together we are attaining great results at bounding current materials with unique ones, such as Carbon-Nano tubes or Polymer Artificial Muscles.

Nanotechnology is allowing us to achieve tuna-ability of the properties of traditional supplies, meaning that now, we can do more using less.

Leveraging the vast industrial resources of the global LINTEC Group[1], the Nano-Science & Technology Center in Richardson TX, focuses on scaling up the manufacturing and commercialization of nano-engineered applications.

Since 1934, LINTEC’s leading portfolio of advanced materials, industrial products/equipment, printing/variable information, and optically functional materials, has delivered advanced solutions for the main sectors such as packaging, electronics, automotive, construction, semiconductor, and mobile devices.  Headquartered in Tokyo, LINTEC’s global operations include Japan, Asia Pacific, Greater China, Americas, Europe and the Middle East.

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