ultra violet
- Production of circuit boards
- Curing of glues
- Drying of paints, lacquers, varnishes
- Manicure / Pedicure Studios
- Dermatology (e.g. Atopic dermatitis, Psoriasis, Acne)
- Bilirubin-phototherapy
- Dental technology, Cosmetic
SEMRAY
Semray® UV4103 the new LED system is versatile applicable and fulfills many different curing process requirements, without sacrificing quality and performance.
The simple things are working best.
That’s why we made things simple for you.
- ONE UV LED segment.
- ONE backplane.
- ONE data cable.
- ONE power cable.
- Independent of the width
Semray® UV4103 is the easy-to-use UV plug & play revolution – and the smart solution for your production chain. Semray® UV4000 series provides smart answers to all your challenges.
Advantages
Productivity
Increase uptime thanks to plug & play concept and global technical support
Output
Reliable and maximized UV energy with minimum stray light for different wavelengths
Retrofit
Stay up-to-date with the latest technology thanks to replaceable LED channels
Flexibility
Fits to any machine width and working distance due to flexible UV LED segment concept and special advanced
micro-optics
Performance
Sophisticated materials and cutting-edge design combined with high-quality and state-of-the-art LED technology
LAMPS FOR STERILISATION OF AIR/WATER/SURFACES
The extremely long-life high-performance low-pressure lamps achieve up to ten times higher UV power density compared to conventional mercury low-pressure lamps and can be used at higher ambient temperatures (up to 90°C). More-over, amalgam lamps are insensitive to temperature fluctuation.
Heraeus Long life coating
The unique Heraeus coating prevents the transmission loss of the quartz glass which is a major factor in conventional UV lamps. The result is an almost continuous sterilization effect over the entire service life of the lamp. Up to 90 percent of the UV-C output power is achieved even after 16,000 hours of operation. The Long life coating is transparent, including for 185 nm radiation.
Saving potential of amalgam lamps
Amalgam lamps can enable savings with regard to number of lamps, plant components, energy consumption and service intervals – and clearly reduce the operating costs of sterilization plants due to their high output and long life. They save energy, generate very little heat and can be used as a low-cost alternative to medium-pressure lamps. Our flyer provides a comparison of the cost effectiveness of amalgam lamps.
Ozone-generating radiation
Additional VUV radiation is emitted at a wavelength of 185 nm if the light tube is made of ozone-generating synthetic quartz glass. With the optimal combination of quartz material and lamp technology, UV output at 185 nm can even be increased to five times that of a standard low-pressure lamp.
FLOURESCENT TYPE STERILISATION LAMPS
The glass filters out the 185nm ozone forming line. A protective coating on the inside limits the depreciation of the useful UV-C radiation output. TUV lamps are used for killing or inactivating bacteria, viruses and other primitive organisms. Typical applications include air, water and surface disinfection.
OPTICS & ANALYTICS
Modern analysis instruments need light sources of a quality that optimally supports their performance capability. Deuterium lamps, hollow cathode lamps and other light sources made by Heraeus are not only designed for long life but also for maximum precision and stability.
We cooperate closely with instrument manufacturers to develop radiation sources that precisely meet the requirements of the instruments. Production locations in Germany, the UK and China guarantee close cooperation with our customers.
Industrial non-laser applications include:
- Rapid thermal processing
- Water and food sterilization
- Photographic applications
- Ink curing/ drying
- Sun simulation
- Weathering
ARC & FLASH LAMPS
As the exclusive distributor of Heraeus lamps in the Sub Saharan Region, all ARC and Flash lamps are imported from Heraeus Noblelight Ltd. in Cambridge. They are especially suitable for high-power lasers or lasers with high precision requirements.
- Automotive Welding & Cutting
- General Cutting & Welding
- Drilling
- Marking/Engraving
- Resistor Trimming
- Diamond Processing
- Medical and Aesthetic applications
- Sun-simulation
Laser lamps are mercury-free gas discharge lamps used to pump solid-state lasers in many laser applications like welding, cutting and marking. They are especially suitable for high-power lasers or lasers with high precision requirements. Also for non-laser applications like IPL hair removal, ultraviolet (UV) curing, sun simulation and rapid thermal processing of silicon wafers, pulsed laser lamps are increasingly used. Their main advantages in these applications are their broad spectral output and their high powers.
CURING LAMPS
UV mercury lamps are the most commonly used type of lamp for industrial UV curing and printing processes.With over 10,000 lamp types in our portfolio we offer high quality replacements for every major machine and system manufacturer.
We can design and manufacture from just one replacement UV lamp for your system, up to large batch quantities for the most widely used types. Power ratings range from 80 watts per cm up to 400 watts per cm and we can produce lengths between 12mm and 3.9m in a range of spectral outputs.
| UV+IR Lamps(Pty)Ltd can supply replacement lamps for the following equipment. | |||
| Mark Andy | Eltosch | Hoenle | Heidelberg |
| Nilpeter | KBA | GEW | Grafix |
| PrintConcept | Uviterno | Gallus UV | DryStar UV/IR |
| Pacom | Beltron | Theimer | Ushio |
| Kopack | DPL | Giardina | VTI |
| Spectral | Wallace Knight | Micro Uv | Sutter |
| Prime UV | IST | UVT | Max |
Metal halide (MH) lamps are often used for reprography applications. They are also suited for UV curing applications that require a specially adjusted light spectrum. The term metal halide lamp is used for UV mercury lamps with added gallium iodide, iron iodide or other substances that alter the lamp’s spectral radiation. Metal halide lamps are suited for many different industrial applications such as the following: pre-press, wood finishing, curing of printed circuit board coatings, special label printing applications, curing of adhesives and resins.
The operating life of a Ultra Violet curing lamp is measured in hours of ultra-violet output, which reduces gradually throughout the life of the lamp. Standard UV curing lamps emit enough UV to cure for an average of 1000 hours. Improved production techniques and higher grade materials have enabled the production of UV lamps with operating life in excess of 1500 hours, when operated in suitable machines under optimum conditions.
200% Tested for absolute reliability! Every UV lamp is tested not once, but twice before it leaves the manufacturer. This means no surprises when you install it; it starts the first time, every time, so you have minimum down-time on your lamp changeovers.
