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 Fiber
Optics: spectrocam uses fiber optics to transmit light round the
aperture at 45' maintaining ISO standard geometry giving a perfect,
reliable and repeatable output as compared to any conventional
spectrometer in the market.
Xenon illumination: Daylight is better
approximated with a Xenon flash tube than with an incandescent lamp
used in most spectro-photometers, giving you, for example, a
more accurate measurement of fluorescence effects.
Annular 45'/0' measuring geometry: Colors
are accurately measured of the gloss and orientation of the surface
texture, an issue when using spectrophotometers with a different
measuring geometry.
Spectral range of 380 nm to 750 nm: The
near-infrared and ultraviolet are measured so you can better observe
significant red spectral lines on CRT monitors as well as the
influence of fluorescent whitening agent in papers.
Optical resolution 5 nm: The visible color
spectrum is measured in 75 steps instead of the more common 36 steps
or less, which gives you an even more accurate color value.
Measurement time 0.03 sec: 4 to 16
measurement can be averages into one precise measurement value
unlike any other spectrophotometer.
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