Illinois Reuse Machineries and Industrial Equipment Newsboad > Illinois
> Peoria
> Efos-ultracure-100SS-uv-spot-curing-light-source guar
Efos-ultracure-100SS-uv-spot-curing-light-source guar
EFOS-Ultracure-100SS-UV-Spot-Curing-Light-Source With BulB Guaranteed Not to be DOA
High Pressure 100 Watt Mercury Vapor Short Arc
Flexible Liquid Filled Light Guide .75 to 3 meters in length, with core diameters of 3mm, 5mm, and 8mm.
This is a EFOS Ultracure 100SS Plus Ultraviolet spot curing light source. It has some wear and tear, but it does not affect it's use.
The EFOS Ultracure 100SS Plus is one of the most technically advanced and powerful regulated UV-A sources available. With a typical initial output of 20,000 milliwatts per square centimeter between 250 and 500 nanometers, the Ultracure 100SS Plus is the right choice for curing ultraviolet/visible activated inks, adhesives, conformal coatings, encapsulants and sealants.
By transmitting the light through a liquid filled flexible light guide, UV energy can be directed exactly where required. This light conduit allows polymerization on heat sensitive substrates. The light guide may be used in a fixed or moving position for automated assembly or hand held for manual spot curing.
The lamp shutter is controlled by a digital timing circuit to provide precise exposures. The shutter can be controlled by activating switch on the front of the unit, or by any mechanical or electro-optical DC switching device plugged into the remote jack on the front panel.
The lamp housing, located inside teh unit, is cooled by a high speed fan that makes continuous operation possible. Overheating of the interior is prevented by use of a thermal protection circuit included in the power board.
The hour meter records the accumulated usage time of the lamp and also provides a method to determine when to measure the UV energy to ensure adequate intensities
The Ultracure 100SS Plus high intensity ultraviolet/visible light source, housed in a lightweight portable cabinet, is the answer for spot curing at the speed of light.
