The ultra-precision processing technology developed by The University of Osaka eliminates nano-scale irregularities to create the world’s flattest surface. In addition, advanced evaluation and measurement technology, also developed at The University of Osaka, enables surface irregularity measurement with nanometer-level precision. Leveraging these proprietary technologies, JTEC CORPORATION has commercialized and now offers the world’s most precise high-precision X-ray mirrors for synchrotron radiation applications.
Our Features
To Become a Global
Niche Top Manufacturer
Our Features
JTEC CORPORATION’s strength lies in its ability to transform university-originated technologies into practical applications, create new businesses, and return value to society. We are currently involved in other university-originated technologies where promising business opportunities are beginning to emerge. Moving forward, we will continue to expand collaborations and drive initiatives that deliver innovation not only in the synchrotron radiation field but across society as a whole.
University-Originated Technologies
JTEC CORPORATION High-Precision X-ray Mirror (OsakaMirror)
Technology provided by: The University of Osaka, RIKEN
PAP (Plasma Assisted Polishing) “PA1300”
Technology provided by: The University of Osaka
“PAP (Plasma Assisted Polishing),” developed at The University of Osaka, is a technology that softens surfaces and delivers high polishing efficiency and precision, even for hard-to-process materials such as diamond and silicon carbide. To commercialize this technology, we have conducted joint research with The University of Osaka and successfully developed and launched “PA1300” for semiconductor substrates.
CellPet 3D
Technology provided by: AIST and Kobe University
“CELLFLOAT,” jointly developed with AIST and Kobe University, is a 3D rotational floating culture technology. The rotation of a disc-shaped container generates liquid flow, enabling cells to float and form three-dimensional tissue cultures. Building on this technology, we developed “CellPet 3D,” which integrates camera monitoring and rotation control to ensure stable tissue construction. This technology is currently utilized in the AMED Translational Research Program for the development of human elastic cartilage devices.
Plasma CVM
Technology provided by: The University of Osaka
“Plasma CVM (Plasma Chemical Vaporization Machining),” developed by The University of Osaka, is a non-contact processing technology that uses electrically plasmaized reactive gas to chemically process metals and resins without cutting tools. We have commercialized this technology by integrating automation and launched it as a “deburring device for resin parts.” In recent years, we have also developed and are marketing Plasma CVM equipment capable of uniformizing crystal wafer thickness for oscillators with nanometer-level precision.
Collaborative Research Partner
- The University of Osaka
- Kobe University
- The University of Tokyo
- Yokohama City University
- Tokai University Educational System, Nagoya University
- Tokyo Medical and Dental University (now Tokyo University of Science)
- Tohoku University
- University of Hyogo (Comprehensive Partnership Agreement)
- Ritsumeikan University
- Tokyo University of Technology
- RIKEN (Institute of Physical and Chemical Research)
- JASRI (Japan Synchrotron Radiation Research Institute)
- JAXA (Japan Aerospace Exploration Agency)
- Kinki Bio-industry Development Organization (NPO)
- National Cerebral and Cardiovascular Center (NCVC)
- AIST (National Institute of Advanced Industrial Science and Technology)
- Foundation for Biomedical Research and Innovation at Kobe (FBRI)
- Kanagawa Children’s Medical Center
- Tokyo University of Technology
- RIKEN
- JASRI
- JAXA
- NPO Kinki Bio-industry Development Organization
- National Cerebral and Cardiovascular Center
- AIST
- Foundation for Biomedical Research and Innovation
- Kanagawa Children’s Medical Center and others
Business Areas
Optical
We design, manufacture, and supply high-precision X-ray mirrors, including elliptical focusing mirrors that demand exceptional processing accuracy.
Device Development
We meet customer needs by delivering a wide range of automation devices and systems for industries such as semiconductors, chemicals, printing, color recognition, image processing, as well as medical and biotechnology fields.
Life Science
We contribute to regenerative medicine and drug discovery through our automated cell culture technology, developed over more than 30 years since our founding, along with our proprietary innovation, “CELLFLOAT.”
Esco, Ltd.
We develop, manufacture, and sell temperature-programmed desorption analysis equipment used for material research, evaluation, and quality control in manufacturing processes across diverse fields, including semiconductors, liquid crystals, organic EL, electrical and steel industries, automotive, and ceramics.
