At a glance
| Booth | I2826 |
| Country | JP |
| Product categories | Thin Film · Deposition; Physical Vapor (PVD); Sputtering; Evaporation Equipment · Ion Implantation Equipment |
| Website | www.shincron.co.jp/en |
Company profile
Shincron has expanded the possibilities of vacuum thin films through contributing to the evolution of both the deposition and sputtering methods with our technological capabilities. Technological innovation still continues, and we consider that the significance of our existence lies in meeting customer demand at high levels. In addition to the technological capabilities that enable us to meet customer demands, we also take on the challenge of new technologies as a pioneer and provide support to get the full performance out of our systems. These are Shincron’s unique strengths.
Exhibits
The possibilities of vacuum thin films have become diversified with the times and are still expanding. Shincron’s lineup of products converts customers’ visions into tangible forms. Enable the provision of functions to adjust optical intensities, wavelengths, and paths, as well as to separate and synthesize polarization components. Offer functions that meet demands such as conducting electricity, transmitting high-frequency signals, and achieving transparency for passing through light. Enable making thin film surfaces hydrophilic or water-repellent as well as corrosion or abrasion-resistant. Express colors that add high-quality appearances and realize functions to pass radio waves through metals. Applying vacuum thin film technologies enables the creation of innovative technologies. Cluster type single wafer sputtering system application Cluster type RAS method-based film sputtering system for the semiconductor and electronic markets Automobiles, which are capable of autonomous driving, are becoming commonplace, and they are the embodiment of cutting-edge technologies including sensors. Thin films support them. Spectacles and optical thin films have moved through their development history in tandem with each other. Currently, thin film technologies are utilized for AR/VR devices. A wide variety of thin film technologies are employed everywhere in smartphones, from the surface to inside, for communication, authentication, anti-fouling, and so on. Shincron's cutting edge film deposition technologies are employed for electronic components such as optical semiconductors and high-frequency devices. Shincron's systems are also used widely in medical care and biotechnology fields where higher safety and accuracy are required. Film deposition technologies are employed as key technologies for next-generation energies such as fuel and photovoltaic cells. Thin film technologies are employed not only for lenses but also for components such as image sensors, substrates, and displays. Shincron's thin film technologies are utilized not only for lenses and LD/LED light sources but also for filters that separate and synthesize colors.
Capabilities and products
- cluster type RAS method film sputtering system for semiconductor and electronic markets
- cluster type single wafer sputtering system
- conductive transparent thin films for high-frequency signals
- hydrophilic, water-repellent, corrosion-resistant and abrasion-resistant thin-film surfaces
- optical thin films for adjusting optical intensities, wavelengths, paths and polarization
- radio-wave-transparent metal thin films
- vacuum thin-film deposition systems
- vacuum thin-film sputtering systems