加美電子工業 List of Products and Services

We would like to introduce our "Water-Based Coating Line." Before painting, molded products are precisely cleaned with alkaline water. From input to output, we have achieved complete automation with robot-assisted transport. In the painting process, we enhance coating efficiency with spindle painting, reducing both paint usage and cycle time. We also accommodate solvent painting, using a two-component mixing machine for both water-based and solvent-based paints. 【Features】 ■ Cleaning Process: High-precision cleaning of molded products with alkaline water before painting. ■ Automated Transport: Complete automation from input to output with robot-assisted transport. ■ Painting Process: - Increased coating efficiency with spindle painting, reducing paint usage and cycle time. - Capable of solvent painting, using a two-component mixing machine for both water-based and solvent-based paints. *For more details, please refer to the PDF document or feel free to contact us.

• Painting Machine
• Other painting machines

We would like to introduce our "Rotary Screen Printing Machine." Unlike conventional screen masks, which are flat, this device is cylindrical, allowing for high-speed printing and mass production, thereby reducing manufacturing costs. Additionally, since the ink and resist are contained within the plate, it is less susceptible to solvent evaporation and dust, enabling stable printing. 【Features】 - Adds gravure rotary printing functionality to the screen printing process - Available with seam cylinders, allowing for fine line pattern compatibility - Capable of high-speed printing due to its rotary printing design - Made of metal, offering excellent durability - Suitable for printing with a large amount of coating *For more details, please refer to the PDF document or feel free to contact us.

• Printing Machinery
• Printing/Publishing

Introducing the "Carbon Dioxide Hybrid Coating System" from Kamei Electronic Industry. While maintaining painting quality, it suppresses VOC emissions, improves coating efficiency, and enables cost reduction through the reduction of diluent solvents. It utilizes the viscosity reduction effect achieved by mixing liquefied carbon dioxide gas with paint, allowing it to replace conventional painting lines. 【Features】 ■ Maintains painting quality while suppressing VOC emissions ■ Enables cost reduction through improved coating efficiency and reduced diluent solvents ■ Can replace conventional painting lines ■ Utilizes the viscosity reduction effect from mixing liquefied carbon dioxide gas with paint *For more details, please refer to the PDF document or feel free to contact us.

• Other painting machines
• Painting Machine

We would like to introduce the machinery and equipment of Kabi Electronic Industry Co., Ltd., which engages in printing such as screen, PAD, and UV. Starting with the "screen printing machine equipped with a CCD camera," which reads the target marks on the substrate and automatically corrects them for printing application, we also offer a "sheet cleaning machine" that forcibly removes foreign substances adhering to the substrate before printing using water and brushes, followed by drying and static elimination. We have introduced state-of-the-art equipment and are continuously working towards improving processes and enhancing the environment. 【Features】 - A production process that forms precise conductive circuits on flexible and bendable sheets such as PET using conductive ink in screen printing. - Capable of printing fine lines (line/space = 30/30μm). - A production process that shortens the process compared to conventional etching methods and reduces environmental impact. - Possesses functional evaluation technologies (conductivity, precise film thickness measurement, fine line measurement). *For more details, please refer to the PDF materials or feel free to contact us.

• Printing Machinery
• Other measurement, recording and measuring instruments
• others

We would like to introduce the process line from cleaning to drying of molded product painting using the "high-performance painting equipment" handled by Kamei Electronic Industrial Co., Ltd. First, the molded products are cleaned with pure water with high precision before painting. Next, automatic transportation (unmanned) is performed by robots. In the painting process, the "rotary atomization gun" increases the coating efficiency, reducing the amount of paint used and the cycle time. Finally, in the drying process, we accommodate single-component, two-component, and UV paints, performing drying with the optimal takt cycle. 【Features】 ■ Cleaning process: High-precision cleaning of molded products with pure water before painting ■ Automatic transportation: Unmanned transportation by robots ■ Painting process: Increased coating efficiency with a rotary atomization gun, reducing paint usage and cycle time ■ Drying process: Accommodates single-component, two-component, and UV paints, performing drying with the optimal takt cycle ■ Support for high-performance painting: Introduction of carbon hybrid painting equipment, also considering environmental measures *For more details, please refer to the PDF materials or feel free to contact us.

• Painting Machine
• Other painting machines
• Other cleaning machines

The Kamei Green E・CO50 is a painting device that reduces VOC emissions by replacing the diluent solvent (VOC) used in painting with carbon dioxide (CO2). It utilizes the viscosity reduction effect of mixing supercritical carbon dioxide with paint. It can be substituted for conventional painting lines. By using carbon dioxide as a diluent, not only is VOC emission suppressed, but the aesthetic quality of the paint film is also improved. 【Features】 ○ Suppresses VOC emissions while maintaining painting quality ○ Can replace conventional painting lines ○ Cost reduction possible through the reduction of diluent solvents ○ Utilizes the viscosity reduction effect of mixing supercritical carbon dioxide with paint For more details, please contact us or download the catalog.

• Painting Machine