1064 nm System
Provides the lowest chance of sample fluorescence, providing the opportunity to analyze the widest range of samples. Learn about this DIY kit below.
Step 2: Choose the Top Tier
Why is the choice of the detection module important?
The second decision in designing your DIY Raman system is choosing the spectrometer performance tier. In the case of our 1064 nm DIY Raman system, the benefits of the highest level of florescence rejection also comes with lower strength Raman signal when compared to an equivalent 532 nm or 785 nm Raman system, so we offer our highest performance Research-Grade Tier.
The Top Tier
1064 nm is most commonly used for any samples that have strong fluorescence, such as hazardous materials, illicit drugs, botanicals, and highly colored compounds, such as paints and inks. We offer this product in our Research-Grade Tier to provide the highest quality Raman data.
Research-Grade Tier
Our 1064 nm Research-Grade Tier provides our best fluorescence rejection, with a major boost in throughput with our unique high-throughput (HT) mode. We integrate an ultra-low-noise InGaAs array with deep cooling to -20 °C for a significant noise reduction. This is the ideal platform for cutting-edge research requiring the highest level of sensitivity for the widest range of applications.
Click Here for Step 3: Choosing a Raman Probe for your 1064 nm Raman System
Want the superior fluorescence rejection of our 1064 nm DIY system AND the CH-stretch data in the same instrument?
Datasheet
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