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What is an excimer lamp?

Improving quality such as preventing peeling and enhancing adhesion after the implementation of electronic components! Can be utilized in universities, research, and development.

An "excimer lamp" is a light source that can emit vacuum ultraviolet light, differing from conventional discharge lamps (such as mercury lamps and xenon lamps) in its principle of light emission and structure. It allows for surface treatment at low temperatures. It produces relatively little unnecessary visible and infrared light, which prevents thermal damage to the workpiece during processes like dry cleaning and modification. Additionally, it generates vacuum ultraviolet light (VUV) at a wavelength of 172 nm, which has higher photon energy compared to mercury lamps (which emit at wavelengths of 185 nm and 254 nm). 【Features】 ■ Quasi-monochromatic light ■ Surface treatment possible at low temperatures ■ Emits excimer light at a wavelength of 172 nm ■ Instant on/off flashing ■ Improves quality by preventing peeling and enhancing adhesion after the mounting of electronic components *For more details, please refer to the PDF materials or feel free to contact us.

  • Ultraviolet irradiation equipment

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Technical Information: Current Status of Vacuum Ultraviolet Excimer Lamps and Their Industrial Applications

It is possible to break molecular bonds through non-thermal processes! Introducing applications in the semiconductor-related field.

This document introduces the current status of "vacuum ultraviolet excimer lamps" and their industrial applications. Excimer refers to a dimer formed by one atom or molecule in an excited state and one atom or molecule in a ground state. "Vacuum ultraviolet excimer lamps" have features such as the ability to emit quasi-monochromatic light and short wavelengths not found in general lamps, as well as the capability for instant lighting and flashing. Additionally, vacuum ultraviolet light has a short wavelength and high photon energy, allowing it to break molecular bonds through non-thermal processes. [Contents] ■ What are vacuum ultraviolet excimer lamps? ■ Applications of vacuum ultraviolet excimer lamps *For more details, please refer to the PDF document or feel free to contact us.

  • Ultraviolet irradiation equipment

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Technical Data: Photochemical Surface Treatment of Materials Using Vacuum Ultraviolet Excimer Lamps

Applications in various industrial fields are possible, such as light cleaning, light thin film formation, light modification, and photochemical modification!

The photochemical surface treatment method for materials using vacuum ultraviolet excimer lamps has features such as "low cost" and "ease of processing large areas." As a result, it can be applied to various industrial fields, including photonic cleaning, photonic thin film formation, photonic modification, and photochemical modification. This document presents the results of an investigation into the effects of photochemical surface treatment using atomic force microscopy (AFM). [Contents] ■ Introduction ■ Experiment ■ Results *For more details, please refer to the PDF document or feel free to contact us.

  • Ultraviolet irradiation equipment

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Technical Data: Surface Modification of Polyethylene Using Vacuum Ultraviolet Excimer Lamp

Irradiation of vacuum ultraviolet light at a wavelength of 172 nm onto a polyethylene sheet! Experiment on surface modification.

In the late 1980s, a powerful vacuum ultraviolet light source utilizing dielectric barrier discharge, known as the xenon excimer lamp, was developed. The light obtained from this source at a wavelength of 172 nm has a high energy of 7.2 eV, enabling efficient photodissociation of various molecular bonds. As a result, the lamp has been put to practical use in applications such as the precision optical cleaning of glass substrates used in liquid crystal display panels, among various other applications. In this study, we examined the physical and chemical changes on the surface of polyethylene, a general-purpose resin that has low printability and adhesion, when exposed to vacuum ultraviolet light. [Contents] ■ Introduction ■ Experiment ■ Results and Discussion ■ Conclusion *For more details, please refer to the PDF document or feel free to contact us.

  • Ultraviolet irradiation equipment

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