SOLA SE FISH Light Engine
Description
Cytogenetic analysis using FISH almost always involves multiple spectrally distinct probes, allowing simultaneous visualization of variant and control signals. The ideal light source should provide output that is spectrally optimized relative to the excitation characteristics of the probes and deliver sufficient intensity to generate fluorescence from weak hybridization signals. Furthermore, the throughput demands of routine cytogenetic analysis require a light source that is stable, reliable and maintenance-free. Meeting these requirements demands the best of modern solid-state illumination technology, delivered in Lumencor’s SOLA SE FISH light engine.
SOLA SE FISH Light Engine
Specifications |
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| LED Color Category: | Ultraviolet (UV), Visible |
| Wavelength: | 360 - 680 nm |
| Output Power (typical): | 3400 mW |
| Operation Mode: | Continuous Wave (CW), Modulated |
Applications
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Frequently Asked Questions
Yes, the light output on/off status and intensity can be electronically controlled.
No, the SOLA SE FISH light engine contains no parts requiring replacement or alignment, needs no routine maintenance, and has a working lifetime that far exceeds that of any lamp.
The SOLA SE FISH light engine seamlessly combines the outputs of five solid-state light sources.
The SOLA SE FISH light engine is used for fluorescence in situ hybridization (FISH) assay.
The SOLA SE FISH light engine provides output that is spectrally optimized relative to the excitation characteristics of the probes and delivers sufficient intensity to generate fluorescence from weak hybridization signals. It is also stable, reliable, and maintenance-free.