What can be done with Sakigake Semiconductor
-
Atmospheric Pressure Plasma
Surface Modification - Hydrophilic Treatment
- Improved Wettability
Pre-treatment - Adhesion
- Bonding
- Plating
- Coating
- Cultivation
- Thin film formation/ coating
Thin film formation/ coating - Water Repellency
- Hydrophilic
- Lipophobic
- Lipophilic
- Antifouling
Biotechnology & Medical care - Cultivation
- Dentistry
Other - Cleaning
- Sterilization
- Powder generation
-
Vacuum Plasma
Surface Modification - Hydrophilic Treatment
- Improved Wettability
- Water-repellent treatment
Plasma Polymers - Adhesion
- Bonding
- Plating
- Coating
- Cultivation
- Thin film formation/ coating
Thin film formation/ coating - Water Repellency
- Hydrophilic
- Lipophobic
- Lipophilic
- Antifouling
- Plasma Polymers
Biotechnology & Medical care - Cultivation
- Dentistry
Other - Etching
- Cleaning
- Sterilization
-
Powder Plasma
Surface Modification - Hydrophilic Treatment
- Improved Wettability
- Water-repellent treatment
Plasma Polymers - Dispersion
- Plating
- Bonding
- Thin film formation/ coating
- Cultivation
Thin film formation/ coating - Water Repellency
- Hydrophilic
- Lipophobic
- Lipophilic
Biotechnology & Medical care - Cultivation
- Dentistry
Other - Etching
- Cleaning
Introduction of Sakigake Semiconductor Technology
– Long-term retention of surface modification properties by plasma treatment
Applicable Materials
- Film
- Metal Plate
- Plastic sheet (board)
- Glass plates (petri dishes, etc.)
- Rubber (O-rings/ sheets, etc.)
- Carbon (powder/ tube/ fiber)
- Metal oxides (powders/ fibers)
- Plastic Tube
- Plastic Bottle
- Plastic powders (fillers/ beads)
- Metallic powders (inorganic powders other than metal oxides, excluding ignitability and powders that react with water to produce flammable or ignitable substances)
- Cells