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  펄스UV 램프 (PULSE UV LAMP)

 

 

Home > Pluse UV System > Pulse UV Lamp (펄스UV램프)  

 

 

     

 

 

MIR 펄스UV 램프 (PULSE UV LAMP)

 

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Xenon Corporation has over 40 years of high intensity pulsed UV lamp design and manufacturing to meet industry, research and educational needs. Our engineers are experts at delivering the optimum light footprint for each application.

 

 

 

MATCHING OPTICAL FOOTPRINT



Many applications require lamp designs that are matched toXenon's unique spiral lamp design the target “footprint”. Traditionally, mercury UV lamps have been limited to short arc or linear lamp designs. There are no such limits on pulsed UV lamps. The ability to shape the lamp to the application, providing better uniformity and enhanced matching of the UV light with the substrate, is a benefit for demanding applications.

Illustrating the flexibility inherent in being able to choose the shape of a lamp, is Xenon’s unique spiral lamp* design, specifically developed for Optical Disc manufacturing. The spiral lamp design provides better uniformity and enhanced matching of the UV light across the substrate. Spiral shaped pulsed UV lamps meet the need for fast, low heat adhesive bonding of two polycarbonate discs as well as complete curing of thick top-layer coatings used with new formats such as Blu-ray Disc™.

 

 

 

 

 

 

 

SELECTING A LAMP BASED ON SPECTRAL CUT-OFF

 

Critical to the successful use of pulsed UV light systems, is the design of optics, energy discharge components and lamps. Our experience in matching the reflector, lamp and electrical energy components of a pulsed UV curing or sterilization system insures delivering what our customers need - a system best suited for their specific application.

We manufacture all of our many mercury free lamps, for both curing and sterilization applications. In approaching the design of a pulsed UV lamp, we have several options to insure the spectrum best fits the application. One is to select the lamp envelope material to provide a resulting sharp spectra filter. The illustration shows the different transmission characteristics of four lamp types available from Xenon. In general, each lamp material offers features that align with different application requirements. For surface treatment, sterilization and other applications, ozone produced by lamp C and D is useful. All lamp types are interchangeable. Selection of a lamp type, as well as information on lamp spectra, is best done with the help of a Xenon Application Engineer.

 

Lamp A: UV경화용

370 nm spectral cut-off point: best for visible light cures. No ozone produced.

Lamp B: UV경화용

240 nm spectral cut-off point: optimum UV performance. No ozone produced.

Lamp C: UV살균용

190 nm spectral cut-off point: cuts off deeper UV. Some ozone produced.

Lamp D: UV세정용

160 nm spectral cut-off point: allows deep UV. Some ozone produced.

 

 

 

 

SELECTING A SYSTEM BASED ON OPTICAL FOOTPRINT


 

To assist in the selection of a pulsed UV system and lamp, refer to our Footprint of Light guide.

  

    

 

 

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FEATURED PRODUCTS

 

 

◎  UV CURING SYSTEM

   ◎   INFRARED DRYING SYSTEM

   ◎  PULSE UV SYSTEM

◎  OPTICAL INSTRUMENTS

   ◎   PHOTONIC SINTERING SYSTEM

   ◎  X-UV SYSTEM

◎  SOLAR SIMULATION SYSTEM

   ◎   WEATHER / FADE TESTING SYSTEM

   ◎  PULSE UV STERILIZATION SYSTEM

◎  XENON IRRADIATION SYSTEM

   ◎   ENGINEERING

   ◎  INSPECTION SYSTEM

◎  LIGHT SOURCE

   ◎   PHOTONIC ACTIVATION SYSTEM