UV Lamps & Accessories
Quality replacement UV Lamps, Reflectors, Quartz Plates & Power Supplies for UV Curing Systems
Get A QuoteReplacement UV Lamps & Accessories from Alpha-Cure
You know when you will need replacement medium-pressure UV lamps for your production process and with over 20,000 lamp references in our database, we will have the right lamp for your needs. Don’t forget that the surrounding parts and accessories also need maintenance and replacing to help protect and provide continued high performance.
Alpha-Cure can supply you with the UV lamps and accessories you need for your curing systems.
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UV Lamps
Alpha-Cure can supply the highest quality replacement UV lamps for major OEMs including Amba, IST, Primarc, Baldwin, Superior Quartz, Aladin, Honle, Iwasaki, and Ultralight.
If you use a proprietary system with unique specifications, Alpha-Cure’s experienced engineers will design and build bespoke UV lamps to meet all your requirements.
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UV System Reflectors
Reflectors are a critical element of many UV curing systems, but their importance is often overlooked. UV system reflectors are responsible for between 50 – 70% of the UV output that reaches the substrate. Dirty reflectors, scratched or distorted will not reflect UV output efficiently, which will negatively impact your curing results. Adhering to a cleaning and maintenance schedule will ensure your UV system reflectors stay in the best possible shape, but we recommend you change them every 3 lamp changes or when they show any sign of material change.
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Quartz Plates
Quartz plates are mounted between the UV lamp and the substrate in order to filter out infrared (IR) radiation but allow UV radiation through. IR radiation can cause the temperature inside the machine to rise too high, causing damage to the substrate or elements of the UV system, so the quartz plate will ensure everything stays at the correct temperature.
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Power Supplies
An electronic power supply carries out the same function as a traditional transformer or choke-based power supply, whilst generally being more power efficient, smaller in size and significantly lighter (they are more compact in design). They also provide an infinitely variable level of lamp power, as opposed to an incremental one, and can be easily incorporated into analogue or digital control systems.