Thermo Fisher NanoDropUltra FL Ultra Micro Spectrophotometer

NegotiableUpdate on 05/07

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The Thermo Fisher NanoDrop Ultra FL ultra micro spectrophotometer is a fluorescence specific model in its new generation of micro spectrophotometers, belonging to the NanoDrop Ultra+or Ultra C+product line. On the basis of inheriting the classic advantages of NanoDrop micro UV visible light detection, this model integrates a high-sensitivity fluorescence meter module to achieve dual function detection of "light absorption+fluorescence", which is particularly suitable for molecular biology experiments that require high precision and low concentration quantification, such as NGS library construction, qPCR, and RT-PCR.

Product Details

Thermo Fisher NanoDropUltra FL Ultra Micro Spectrophotometer

It is a fluorescence specific model in its new generation of micro spectrophotometers, belonging to the NanoDrop Ultra+or Ultra C+product line. On the basis of inheriting the classic advantages of NanoDrop micro UV visible light detection, this model integrates a high-sensitivity fluorescence meter module to achieve dual function detection of "light absorption+fluorescence", which is particularly suitable for molecular biology experiments that require high precision and low concentration quantification, such as NGS library construction, qPCR, and RT-PCR.

赛默飞NanoDropUltra FL超微量分光光度计

Thermo Fisher NanoDropUltra FL Ultra Micro Spectrophotometer

Product Features:

1. Micro sample loading, no need for dilution:

Only 0.5-2 µ L of sample is needed, which can be directly dropped onto the detection base and form a liquid column through surface tension to complete the detection. No need for dilution, especially suitable for precious, trace or high concentration samples (such as nucleic acid and protein stock solutions).

2. Wide dynamic range:

High concentration samples can be directly detected without dilution. For example, the upper limit of dsDNA detection can reach 27500 ng/µ L or more (far exceeding the range that traditional colorimetric dishes need to be diluted several hundred times).

3. Dual light path design:

Using a xenon flashing light source (or long-life LED, depending on the specific configuration) and a fiber optic spectrometer, measure both the sample and reference simultaneously to ensure the stability of the results.

赛默飞NanoDropUltra FL超微量分光光度计