Ideal for the development of organic thin-film devices such as organic EL, resistance heating type deposition source.
LUXEL, a manufacturer of high-quality thin film filters, offers a resistance heating type evaporation source (evaporator) suitable for vacuum deposition. It is designed for low-temperature deposition, making it ideal for the development of organic thin film devices such as OLEDs. Additionally, its compact size and ease of handling make it perfect for experimental use. ★ Product Lineup ★ ● Small size (1cc) OLED1 ● Medium size (10cc) OLED2 ★ Features ★ - Unique design suitable for low-temperature deposition of volatile organic compounds - Thermal control available from 50°C to 600°C - High performance: capable of film formation at a constant speed of over 2 Å/second
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LUXEL, a manufacturer of high-quality thin film filters, offers a resistance heating type evaporation source (evaporator) suitable for vacuum deposition. It is designed for low-temperature deposition, making it ideal for the development of organic thin film devices such as OLEDs. Additionally, its compact size and ease of handling make it perfect for experimental use. ★ Product Lineup ★ ● Small size (1cc) OLED1 ● Medium size (10cc) OLED2 ★ Features ★ - Unique design suitable for low-temperature deposition of volatile organic compounds - Thermal control available from 50°C to 600°C - High performance: capable of film formation at a constant speed of over 2 Å/second
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Applications/Examples of results
- Vacuum deposition - Organic EL research and development
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RAD Device: The name of RAD Device Co., Ltd. is derived from "radiation" and key devices related to it. In physics, "radiation" refers to the process of energy emission such as electromagnetic waves and particles, and the research fields are diverse. Currently, the region of soft X-rays to UV with high energy and short wavelengths is a leading area of cutting-edge technology related to various applications, from astronomical observations to measurement and manufacturing (nanotechnology), where the devices used (such as detection and wavelength selection) play an important role. However, many existing products still face challenges in terms of performance, operability, and environmental resistance, indicating that this is a field where future advancements are expected. RAD Device was established with the aim of contributing to society by timely delivering key devices and related technical information to the research and development sites associated with radiation.
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