ABOUT US
Iwasaki supports the cutting-edge industries of tomorrow with coaxial cable processing technology and microscopic soldering technology.
We specialize particularly in products involving a high degree of difficulty, and which offer high added value, such as ultrafine coaxial cables and high-frequency coaxial cables, and are helping to carve out a new future in a wide range of fields from familiar industrial products, to medical equipment, and space equipment.
Never shy from taking on challenges, we continue to be a reliable partner driven by our tireless efforts and cutting-edge technology as we confront issues and push the boundaries of technological innovation.
Iwasaki Quality
Iwasaki Communication Industry is chosen by many customers for our industry-driving advanced technologies and quality.
Here we introduce the initiatives and track record that have resulted in the trusted “Iwasaki Quality”.
Iwasaki Quality
Iwasaki Communication Industry is chosen by many customers for our industry-driving advanced technologies and quality.
Here we introduce the initiatives and track record that have resulted in the trusted “Iwasaki Quality”.
At Iwasaki, we do not make technology dependent on workers, but pour our efforts into promoting standardization throughout our organization, and establishing high levels of quality.
To flexibly respond to the many needs of our customers, and produce products boasting high reliability, Iwasaki is constantly adopting advanced technologies such as the latest production equipment and inspection equipment, as well as our own equipment that we develop in house.
The “K” Supercomputer, the world's most powerful computer from 2012 to 2019, was widely used by many researchers and companies, and helped deliver wonderful achievements.
Iwasaki contributed greatly to the development of “K” with our cable and harness processing and manufacturing expertise for data transfer between servers.
Here we introduce our journey to gaining the title of world’s best for our ability to minimize trouble even in the event of earthquake disasters.
