LifeCore - the core of life
Enterprises are to evolve with social development and to share social difficulties.
We, LifeCore, are well aware that we cannot be successful without the development of our society and that the social development cannot be achieved without the development of enterprises as well. Therefore, we are committed to co-prosperity with our society based on such a symbiotic relationship.
We, LifeCore, would like to make a positive impact on resolving social polarization by creating high quality jobs. In addition, we wish to seek the virtues of symbiosis by sharing our corporate profits with underprivileged people.
We, LifeCore, make constant efforts to preserve the environment and to minimize the environmental destruction in the development of technology and products with the mission of enhancing the value of the global environment.
The earth unfolded with water and the technology respecting human life!
LifeCore's three-compartment electrolysis technology means that cells as the key to electrolysis are divided into three compartments. LifeCore has produced remarkable results in reducing pollution and risk by applying this technology to high-tech semiconductor cleaning technology. LifeCore has already started to supply the cleaning equipment to a global semiconductor company.
"LifeCore attributes the development of the water-based semiconductor cleaning equipment to the three-compartment electrolysis technology."
Unlike existing technologies using only one ion-exchange membrane (diaphragm) for water electrolysis, LifeCore uses the electrolysis method that enables cations and anions to travel selectively by installing two ion-exchange membranes for the anode and the cathode. As a result, the applications and features of ionized water can be maximized with the extended pH range of water, pH 3.0 ~ 11.5 (2-compart method: pH5.0 ~ 10.0).
Thanks to the technology. LifeCore could clean semiconductor circuits by using water instead of chemicals. There have been the major drawbacks of the conventional chemical cleaners since the wafer, one of semiconductor production equipment, gets to support the nanoscale circuit integration, For example, their cleaning effects wear off, and the underlying patterns on the wafer also get destroyed. We have developed the wafer cleaning equipment to improve such problems. Therefore, this is a paradigm shift in the value of water which has been rediscovered.
