We work as your...
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Partner
Create new products / businesses
and strengthen competitiveness -
Coordinator
Return excellent research
results to society -
Supporter
Promote industry-university collaboration and
collaborative research and development
Company
Tohoku Techno Arch Co., Ltd. aims to support the creation of new technologies and industries, based on intellectual property developed by universities. It was established on November 5, 1998, with the support of interested researchers at Tohoku University, along with individuals at other national universities and colleges of technology in the Tohoku area, including Niigata. On December 4 of the same year, Tohoku Techno Arch Co., Ltd. was approved as an official Technology Licensing Organization (TLO) by both Japan's Ministry of Education, Culture and Science, and Ministry of Economy, Trade and Industry under the Law for Promoting University-Industry Technology Transfer.
The Law for Promoting University-Industry Technology Transfer was established in May 1998 to assist individual universities in founding their own TLOs and support their operation. The aim of TLOs is to transferring intercultural properties of research results from universities and colleges of technology to business corporations, and to return the revenues to inventors as well as their laboratories and universities.
Tohoku Techno Arch Co., Ltd. is serving as a partner in providing technology seeds for corporations who wish to obtain technological innovations and enhance their competitiveness; and at the same time will act as an intermediary for returning the research results of university researchers to society.
We try to provide these services to anyone who is interested, regardless of their degree of experience in licensing or patent application. Please feel free to contact us at any time with your inquiries or for information. All our staffs are more than willing to talk with you and offer advice.
Technologies
We provide numerous Technologies that can be introduced to companies.
See “Technologies List”, for more information.
Featured technology
- Carbon nanotube production catalyst, carbon nanotube and its production method
- Cheap ingredients and low-T fabrication compatible with mass production. Hall sensor operable under bending conditions and over a wide T range
- Precise manufacture of complicated structure with sparse/dense micro/nano-patterns!
- Able to fabricate a conductivity imparting type "ultra-dense" ceramic film on metal!
- Ultra-compact spectroscopic sensor enabling unprecedented component design
- No need of pulverization process! Able to product easily the hydrogen gas at low cost!
- Able to produce aluminum nitride crystals at low cost and high growth rate
- Able to use PTFE particles without fluorinated dispersant
- Reproduce realistic sensations even with narrow bandwidth vibration devices! No noise!
- Formation of high-strength / high-rigidity / high heat-resistant Mo alloy that can be cast (able to melt under 2000℃)! Equivalent to Ni-based alloy!
- To provide evaluation method for swallowing function, sense of taste for food
- Easy to handle with a great effect on disease control!
- Administration of little amount of prepared liquid drug shows excellent antitumor efficacy!
- New speaker MEMS structure improves anti-dust, anti-water, power consumption and audio quality
- World’s first n-type SnS thin films applicable for solar cells. Pollution-free, highefficient, thin and light-weight solar cell and photoelectric conversion elements
- Vibration detection using unique shape of sensor and amount of changing high frequency impedance
- Rapid obtaining of optical information in the depth direction to create 3D optical image!
- Realize ultimate sensitivity and wide dynamic range over 100 dB in one exposure
- Phenyl Sulfate can be a predictor for a risk of developing Diabetic Kidney Disease
- Enable contents to stick on moving objects
- Low reaction temperature, high selectivity for oil, and good reusability!
- Mass fermentative production of useful substances will be obtained!
- 1000 times higher in vivo antitumor activity than Cetuximab!1 g/L（titer） of microbial productivity! High thermal stability!
- Possible for Nanoporous of Stainless steel , Nickel titanium and so on!!
Contact
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