Fluorometer-LFFM-T2011

Introduction

Fluorometer is the next generation of benchtop dual-channel Fluorometer, features 460 ± 20 nm and 625 ± 20 nm excitation filter and measures dsDNA concentration with high sensitivity lower detection limit of 0.5 ng/ul. It offers blue and red channel fluorescence to measure fluorescence intensity of fluorescent reagent that combines with target molecule to read concentration of sample. Designed to accurately detect high-sensitive fluorescence while quantifying , , and protein.

This analytical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Fluorometer is used for processing scarce and difficult samples, for low quantity of , , or protein after extraction, also, in expensive experiments: q , cloning, transfection, the next generation sequencing and etc. Applied for Nucleic acid quantification, Plant reporter gene detection, Apoptosis detection.

Specifications

Dynamic range	Five orders of magnitude
Linear dynamic range	R2 >0.995
Processing time	3s (Once)
Light source	Blue Red
Excitation filters	460 ± 20 nm 625 ± 20 nm
Emission filters	525 to 570 nm (45 nm) 670 to 725 nm (55 nm)
Detector	Photodiode
Repeatability	<1.5 %
Stability	<1.5 %
Sensitivity	ds : 0.5 ng/ml
Dimension	194 × 155 × 72.5 mm
Packaging dimension	54 × 34.5 × 26.5 cm
Net weight	0.4 kg
Gross weight	5 kg

Features

Designed with 4.3 inch touch screen, small and easy to use

Easy measurement within 3 sec for , , and protein

High sensitivity lowest detection limit is 0.5 pg/ul

Linear dynamic range with five orders of magnitude

Equipped with two fluorescence channels for nucleic acid, protein quantitation in one detection

Offers opening system

Adopts tube adapter

It can save at most 1,000 data and output data by port

FAQs

1. What is the Fluorometer and what makes it different from conventional fluorometers?

The Fluorometer is a next-generation benchtop dual-channel fluorometer designed for precise measurement of , , and protein concentrations. Unlike conventional fluorometers, it incorporates dual excitation filters at 460 ± 20 nm and 625 ± 20 nm, allowing it to utilize both blue and red channels for fluorescence detection. This dual-channel system improves sensitivity and flexibility, enabling it to measure a wide variety of samples with different fluorescent reagents. It provides an exceptionally low detection limit of 0.5 ng/µl, making it highly suitable for applications requiring ultra-sensitive analysis. Its compact design, fast processing time of 3 seconds, and user-friendly interface ensure reliable performance in laboratory environments where precision and efficiency are critical.

2. Does the Fluorometer support endotoxin () detection?

No, the Fluorometer does not support endotoxin () detection. This model is primarily designed for the quantification of , , and proteins with high sensitivity and precision. While it offers blue and red channel fluorescence measurement, its functionality is not extended to detection, which typically requires specialized kits and instruments designed for endotoxin analysis. Users seeking detection would need to utilize a dedicated endotoxin detection system.

3. Can the Fluorometer be calibrated with 2 to 3 calibration points?

The Fluorometer does not provide the option for calibration using 2 to 3 calibration points. It is factory-calibrated and optimized for nucleic acid and protein quantification, ensuring high repeatability and stability in measurements. The device’s design eliminates the need for frequent manual calibration, streamlining laboratory workflow. However, for researchers requiring multi-point calibration options, a more advanced model may be better suited.

4. Does the Fluorometer have WiFi or Ethernet connectivity?

No, the Fluorometer does not include WiFi or Ethernet connectivity. It is a compact benchtop fluorometer intended for simple, direct, and reliable nucleic acid and protein quantification. Data transfer options are limited compared to advanced network-enabled systems. Users who require wireless or network integration for data management should consider higher-end models or external solutions for data transfer.

5. Is the Fluorometer compatible with an 8-tube strip format?

The Fluorometer is not compatible with the 8-tube strip format. Instead, it is designed for single-sample analysis with fast processing time of 3 seconds per measurement. This limitation makes it suitable for laboratories prioritizing accuracy and sensitivity in individual sample measurements rather than high-throughput batch testing. For applications requiring multi-sample strip formats, alternative models that support strip or plate-based formats would be more appropriate.