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OSRAM lamp technology.
OSRAM lamp technology in the service of industry.
Light is now used in a very wide range of industries as a technically, economically and ecologically superior alternative to conventional pr ocesses. It is used, for example for:
- curing
- drying
- thermo-forming
- artificial ageing and
- sterilising.
There are also a number of classic industrial applications for light which would be impossible witho ut these special lamps. These include:
- exposure of printing plates
- exposure of photo-resist material in the ma nufacturing process of printed circuit boards
- fluorescence excitation for material analysis
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Light for heating, drying, curing and more
Infra-red lamps.
SICCATHERM lamps emit a high proportion of infra-red light and a low proportion of visible light. They are used primarily in agriculture for livestock br eeding and in the food processing industry for pasteurising and drying.
Deep heat.
Infra-red lamps em it short-wave radiation in the infra-red range. The heat is therefore deep-acting and has little impact on the skin itself.
UV lamps.
UV lamps are special discharge lamps. HQV lamps and fluorescent lamps with black glass bulbs are av ailable for all material testing applications that require fluorescence analysis.
Germicidal lamps.
H NS lamps, special low-pressure mercury lamps that emit short-wave UVC radiation, have a wide range of uses from disinfecting materia ls in the packaging industry to sterilising rooms. Microorganisms are killed by the UVC radiation. The high UVC irradiance of these lamps is also used in the microelectronics industry for erasing EPROM memory chips.
OSRAM lamp technology for health and beauty.
Modern sun lamps produce a light that is very similar to natural sunlight, and in some respects even &qu ot;better" in that much of the damaging radiation of natural sunlight, particularly in the UVB and UVC ranges, is reduced from their light.
Light that does you good.
Sun lamps for home use, such as ULTRAVITALUX, offer a complete mix of radiation similar to that of natural sunlight so it has the same positive biological effects on the skin and the body in gen eral.
Sun tan lamps.
Ultramed UV high pressure lamps have been designed specifically to emit the UVA radiation responsible for skin pigmentation, with balanced proportion also of UVB radiation. The UVA radiation directly stimulates the skin to produce pigmentation, and its effects are noticeable immediately after exposure. The short-wave UVB radiation is needed for long-term pigmentation so that the skin retains its tan.
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