Electronic components

Electronic components

Optical semiconductors

Our technologies are employed to form the following:

• DBRs (Distributed Brogg Reflectors) for VCSELs
• DBRs for LEDs
• Reflection and antireflections films for edge lasers
• Electrodes including transparent electrodes

High-frequency devices

Our technologies are employed as the technologies to form thin films for acoustic reflectors by forming alternating layers of high and low-acoustic impedances.

Click here for the details of systems for electronic components

Introduction of other application examples

Automobile-related

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 AR/VR

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.

Smartphones

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.

Medical care and biotechnology

Shincron's systems are also used widely in medical care and biotechnology fields where higher safety and accuracy are required.

Energy-related

Film deposition technologies are employed as key technologies for next-generation energies such as fuel and photovoltaic cells.

Digital cameras

Thin film technologies are employed not only for lenses but also for components such as image sensors, substrates, and displays.

Projectors

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.