These high-intensity lamps have a long life and constant radiation intensity. They make effective use of 436nm, 405nm and 365nm ultraviolet rays.
Presents Ushio's 17 lamp and light source products in six categories
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These high-intensity lamps have a long life and constant radiation intensity. They make effective use of 436nm, 405nm and 365nm ultraviolet rays. |
These lamps have a wide linear spectrum in the ultraviolet range and are used in various photochemical areas such as UV hardening and drying. |
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These linear-spectrum light sources provide strong 185nm and 254nm radiation. They are used to promote oxidation reactions, together with the generation of ozone through UV irradiation. |
These lamps feature both the wide spectrum of xenon lamps and the high energy of ultra high-pressure UV lamps. |
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These are projector lamps that have been developed based on ultra high-pressure UV lamps. They have a compact design, a high level of intensity, very good reliability and minimal flickering. |
These high-intensity, point-source lamps are exhausted using xenon gas. Their spectrum is the closest artificial light source to natural sunlight. Offer exceptional color representation. |
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Exhausted with xenon gas, these lamps offer instantaneous, high-luminance flux and facilitate repeated light emissions. These lamps are used in a variety of applications, including image processing and photoreactivity. |
These compact light sources have a built-in condenser mirror, suitable for obtaining light of exceptional color representation, which is a core function of xenon lamps. |
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These lamps efficiently emit vacuum ultraviolet rays at wavelengths of 180nm or less. |
Exhausted with the rare gas xenon, these are clean lamps that contain no mercury. They are used for applications such as CCD scans for reading text. |
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These lamps offer exceptional color representation and have been used in shops, outdoor stages, studios and stage lighting. A wide range of products are available that can be used for general lighting to special applications. |
The wavelengths that span the range from the visible to the infrared regions offered by these lamps are used in diverse applications, including special lighting, analysis, measurement and optical treatment. |
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These lamps use light as a heat source. They have very good features not found in other lights, such as superior flexibility and controllability, as well as a high level of efficiency and cleanliness. They also have a compact and lightweight design. |
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These lamps feature the properties of superior light-emitting efficiency and long operating life. There are high expectations of these products as fourth-generation lamps. |
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This light source emits extreme ultraviolet rays with a wavelength of 13nm. It has been developed as a lithographic light source for use with semiconductors succeeding the KrF/ArF laser. |