As expanding the market of microfluidics / microstructure devices in the biotechnology or life science fields, the demand for development of high volume manufacturing technique has been increasing. As one of the solutions, we have been developing a process to fabricate these devices on larger-format glass substrates.
MRAM (Magnetic Random Access Memory) is expected to be one of the few candidates for next-generation non-volatile memory that has the potential to deal with increases in leakage current due to the miniaturization of DRAM (Dynamic Random Access Memory) and reduce standby power consumption. … Recent Developments in MRAM Mass-Production Technology
Accelerators are a technology used in a wide variety of fields that have been producing excelent results in re- search on the origin ofthe universe, cancer treatment, and analysis of the structure of mater. … Development of Niobium Superconducting Cavity
Power electronics play an essential role in the construction of smart cities and as part of the solution to global warming. Power electronics are used to convert and control electric power in various applications, such as electric trains, automobiles, solar cells, and air conditioners. Power devices, the key component of power electronics, are required to deliver high performance, such as low power loss and high switching speed. … SiC Power Devices manufacturing