New Technology Center / Assembly plant for “Star Burst” at Hayatsuki Plant
August 7, 2020
Sugino Machine Limited (Uozu City, Toyama Prefecture,Company President: Yoshiaki Sugino) will construct a new assembly plant at its Hayatsuki Plant (Kuriyama, Namerikawa City, Toyama Prefecture) to further enhance competitiveness and develop new markets.
In the field of ultra-high pressure, where we can take full advantage of our core technologies, we aim to expand production capacity and reduce lead times, as well as capitalize on global demand for development and production, particularly in the materials sector.
Amidst the worldwide promotion of remote working and the use of the Web, investment in the communications field, represented by 5G, is expected to continue to increase in the future. We are preparing a supply system for processing equipment to support the increased production of electronic components manufacturers.
The construction of the new factory will expand the production capacity of Star Burst, wet pulverization and dispersion device using ultra-high pressure technology, and is expected to increase sales by 1.5 times.
Address | 2880 Kuriyama, Namerikawa-shi, Toyama |
Commencement of plant construction | July 2020 |
Plant completion | March 2021 |
Commencement of operations | May 2021 |
Size of the building | Total floor area 2,732 m2 |
Building structure | Partially two-story building for technology center and assembly plant |
Production items | wet pulverization and dispersion device using ultra-high-pressure technology |
Products to be assembled
“Star Burst” is a wet pulverization and dispersion device capable of facilitating dispersion, emulsification, pulverization of raw materials. Among many chamber configurations, Star Burst system can provide the key highlighted chamber “Oblique Collision Chamber” enables effective collision of pressurized particles up to 245Mpa (2,450 bar/35,525 psi) with Mach 4 relative velocity.
This product has been introduced in a wide range of industries because it is an innovative method of powder processing with minimum contamination.