Creating Nano Diamond-Like Carbon Film DLC Leads the PCB Drill Industry

2024/07/10

economic daily
July 9, 2024
Author Zhang Jie

In recent years, the AI technology led by NVDA co-founder and CEO Jen-Hsun Huang will profoundly change all walks of life and improve efficiency, innovation and service quality. It may also reshape the global economic landscape and promote the development of emerging industries. development and transformation of traditional industries.

The development and application of AI robots continue to promote the progress of artificial intelligence technology. With the continuous evolution of technology and the expansion of application scenarios, AI robots will continue to play an increasingly important role in the future, such as the assembly of industrial robots in automated production lines. , moving and processing, medical robots are used to assist surgery, diagnosis and treatment, and also provide accuracy and efficiency.

The application of AI wisdom in the field of electric vehicles can significantly improve the intelligence and use experience of electric vehicles, allowing electric vehicles to reach higher levels in terms of safety, energy consumption, comfort and convenience. In view of this, returning to all The capabilities required for materials, components and even metal components in water-cooled servers also need to be further improved. Creating Nano, a domestic atmospheric pressure plasma equipment factory, has a full range of coating technology capabilities that can make the required The hardness, wear resistance, thermal conductivity, hydrophilic/hydrophobic capabilities, antibacterial, anti-corrosive properties, and even the smoothness and beauty of the appearance of materials, parts, and instruments can be further improved.

Creating Nano's Tetrahedral Amorphous Carbon (ta-C) coating technology is leading the PCB drill industry.

Creating Nano focuses on the development of coating systems and technologies in various fields. The company has invested more than 40% of its internal R&D manpower, integrating PVD (sputtering, cathodic arc, filtered arc), PECVD (DLC, colored diamond) and CVD (Ti ( C)N, diamond coating) in one, and has been expanded to apply to 3C, PCB industry, aerospace, automobile (bicycle), battery lithium battery industry and hydrogen energy bipolar plates, and even optoelectronics, biomedicine, and semiconductor industries, etc. All have excellent coatings applied to their products, and their products are exported to the United States, Japan, South Korea, China and other advanced countries in the world.

Among them, Diamond-like Carbon (DLC) has been familiar with it after 20 years of service in the industry. Creating Nano is still improving through continuous technology, in addition to its original excellent low friction coefficient, wear resistance, and corrosion resistance. In addition to applications, and for the semiconductor field, as the chip size becomes smaller and smaller, the components used in packaging, packaging and testing and even wafer manufacturing include fixtures (Hot Plate, Change kit, Contact chuck...), tracks, carriers Plates, vibrating plates, molds, etc. all need to have antistatic properties to protect products from damage caused by static electricity during the production process.

Through research and actual testing in the industry, Creating Nano uses multi-composite technology and special multi-layer stacking technologies such as PVD/PECVD to achieve a film effect with anti-static dissipation capabilities (105~108Ω) on the surface and high temperature (200℃) It can still maintain stable resistance characteristics under low temperature (-50℃) test environment, and the additional wear resistance characteristics can also improve the service life of the packaging and testing disk. This technology has been in mass production for more than seven years, and its stability is and reliability, which have been affirmed and certified by customers for many years.

In the application of medical devices, the excellent biocompatibility, chemical stability, low biological reactivity and even lubrication function of diamond-like carbon films are very beneficial for certain medical equipment (such as artificial joints) and other mechanical applications. DingNano has been serving implants, devices, etc. in related biomedical industries for many years. It has spared no effort in the cooperative development of the biomedical field, and its development capabilities are obvious to all.

Creating Nano's Tetrahedral Amorphous Carbon (ta-C) coating technology is leading the PCB drill industry.

Creating Nano's Tetrahedral Amorphous Carbon (ta-C) coating technology is leading the PCB drill industry. Through the filtered arc design, it can coat drill bits with PCB blade diameters as small as 0.1 or less. The film-lubrication coating with a hardness higher than 40GPa can effectively increase the CPK, hole limit and stacking layer count of PCB drills. Customer products are even sold to major board manufacturers around the world. This coating technology can even be applied to the optoelectronic industry, lithium battery industry, semiconductor packaging, injection molded parts and lead frame processing in the IC industry.

Creating Nano's full range of coatings can be customized and designed to meet the different needs of customers, making it the best OEM partner for companies in need.

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Creating Nano Technologies, Inc.
59 Alley 21 Lane 279, Chung Cheng Road, Yung Kang City, Tainan, TAIWAN
TEL:886-6-2323927 FAX:886-6-2013306 URL: http://www.creating-nanotech.com

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