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applies
innovative LED (Light Emitting Diode) technology to industrial and scientific
applications. We spent considerable time looking at applications where
dated bulb technology can be replaced using the very latest innovative
LED technology. The field of fluorescence microscopy came to our attention
following collaborative work between Coolled Ltd and Southampton University,
which is a significant user of fluorescence microscopy bulb sources.
The majority of LED / LED's are supplied with the bare LED die mounted in either a conventional through hole package style or as a surface mount / SMT device which are then moulded into a clear plastic package. This limits how closely they can be packaged together. For example, with a 3mm diameter part, it is only possible to fit nine in a 1cm squared area. However, the bare semiconductor ( Die ) is very small, ranging from 0.3mm x 0.3mm to 1.0mm x 1.0mm and this enables up to 200 LED die to be assembled into the same area and thus giving a much higher flux light output for the same area.
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precisExcite™
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precisExcite™
installation
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After an 18 month development cycle Coolled Ltd have now launched the preciseExcite™ product aimed specifically at the fluorescence microscopy market and images are now being taken not previously possible.
Images currently being
achieved using precisExcite illumination
precisExcite™ is also able to be retro fitted to all current fluorescence microscopes with practically zero on-going costs such as replacement bulbs. In some instances customers are justifying retro fitting with precisExcite on 18 month bulb replacement cost alone/microscope. If you require more information, please use the contact details below.
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