To assure our customers and potential customers that UV curing will work for thier manufacuring process, Electro-Lite offers the services of a complete UV curing laboratory to " prove-out" the feasibility of UV applications. (read more)

The new Multi-Pole LED UV curing system, designed for medical and optical manufacturing, emits a consistent and repeatable 2.5 W/cm2 @ 365nm at each pole. Unlike lamp technology there is no lamp or liquid light guide degradation or UV intensity variables from pole to pole....... (read more)

Materials Testing 16S is a UV light source used to conduct an accelerated UV test. The 16S Solar Simulator accurately simulates the suns UV spectrum and provides the capability to see how materials will react to years worth of UV exposure in only a few days. (read more)

The new Electro-Cure 300R radiometer is the most economic self-contained, electro-optic radiometer that measures, and displays, total UVA energy/irradiance from 300nm to 400nm on the market today....... (read more)

The Sound Intensity Solution is part of the NVSolutions® proposed by OROS for Acoustic applications. Sound Intensity is a flexible experimental technique that allows to obtain a large number of information on the sound pattern emitted from a source such as Sound Power or Noise Source localization. (read more)

Ultra-Low to Ultra-High Concentrations - Single Wavelength

The AF45 is a single channel inline UV absorption sensor with a lamp compensation reference channel to provide extremely accurate concentration measurements. The AF45 can be used for HPLC control, detection of aromatic compounds, organic load, protein concentration and other demanding applications. (read more)

Specifications

· Adjustable 1.5" to 18" cure width

· Accommodates up to 4" high standard parts

· Stageable conveyor speed 0.1 to 35 ft/min. (read more)

The UVX 300 luminescence sensor was designed to effectively detect UV luminescent materials and markers. The UV light source is directed towards a target & the visible light is reflected from the target back to the UVX300. Since the UV luminescent materials are invisible under a normal light spectrum it is possible to mark products without affecting their appearance. (read more)

The UVX 300 luminescence sensor was designed to effectively detect UV luminescent materials and markers. The UV light source in the UVX 300 is directed towards a target and the visible light is reflected from the target back to the UVX300. Since the UV luminescent materials are invisible under a normal light spectrum it is possible to mark products and parts without affecting their appearance. (read more)

The UVX 300 luminescence sensor was designed to effectively detect UV luminescent materials and markers. The UV light source in the UVX 300 is directed towards a target and the visible light is reflected from the target back to the UVX300. Since the UV luminescent materials are invisible under a normal light spectrum it is possible to mark products and parts without affecting their appearance. (read more)