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2. UV curing - Wikipedia

   en.wikipedia.org/wiki/UV_curing

   UV LED Curing equipment [4] Low-pressure mercury-vapor lamps generate primarily 254 nm 'UVC' energy, and are most commonly used in disinfection applications. Operated at lower temperatures and with less voltage than medium-pressure lamps, they, like all UV sources , require shielding when operated to prevent excess exposure of skin and eyes.

3. Dental curing light - Wikipedia

   en.wikipedia.org/wiki/Dental_curing_light

   The dental LED curing lights use LED’s that produce a narrow spectrum of blue light in the 400–500 nm range (with a peak wavelength of about 460 nm), which is the useful energy range for activating the CPQ molecule most commonly used to initiate the photo-polymerization of dental monomers."

4. The 12 Best UV Lamps for Nails to Dry Your Polish in Minutes

   www.aol.com/13-best-uv-lamps-nails-184500799.html

   UV LED Nail Lamp. Featuring a near-perfect rating on Amazon and over 49,000 customer reviews, this best-selling nail lamp uses a built-in sensor and adjustable timer to cut down on drying time.

5. Phoseon Technology - Wikipedia

   en.wikipedia.org/wiki/Phoseon_Technology

   Phoseon has several products. Their main product uses ultraviolet light produced by light emitting diodes (LEDs) in industrial applications, specifically for curing adhesives, coatings, and ink. [8] [13] [14] Phoseon calls their product Semiconductor Light Matrix (SLM), which does not use mercury and is a solid-state electronic technology.

6. Photopolymer - Wikipedia

   en.wikipedia.org/wiki/Photopolymer

   A new technological approach for curing light-activated oral biomaterials using a light curing unit (LCU) is based on blue light-emitting diodes (LED). The main benefits of LED LCU technology are the long lifetime of LED LCUs (several thousand hours), no need for filters or a cooling fan, and virtually no decrease of light output over the ...

7. Ultraviolet - Wikipedia

   en.wikipedia.org/wiki/Ultraviolet

   UV LEDs are also used in digital print applications and inert UV curing environments. Power densities approaching 3 W/cm 2 (30 kW/m 2) are now possible, and this, coupled with recent developments by photo-initiator and resin formulators, makes the expansion of LED cured UV materials likely. [citation needed]