Fluorometer LMFMR-A102

Fluorometer LMFMR-A102 is a benchtop dual-channel fluorometry meticulously crafted to ensure the accurate detection of highly sensitive fluorescence signals while allowing the quantification of DNA, RNA, and proteins. With precision excitation filters at 460 ± 20 nm and 525 ± 20 nm, it boasts an impressive sensitivity, detecting DNA at levels as low as 0.5 ng/ul. Provides dual-channel fluorescence capabilities, featuring both blue and green channels for measuring the concentration of the sample. Catalog

Specifications

Dynamic Range	Five orders of magnitude
Linear Dynamic Range	R² >0.995
Processing Time	3s (Once)
Light Source	Blue LED, Green LED
Excitation Filters	460 ± 20 nm, 525 ± 20 nm
Emission Filters	525 to 570 nm (45 nm), 575 to 640 nm (65 nm)
Detector	Photodiode
Repeatability
Stability
Sensitivity	ds DNA: 0.5 ng/ml
Dimension	194 × 155 × 72.5 mm
Weight	0.4 kg

Pricing

Product	Price	Unit	Action
Fluorometer LMFMR-A102	$4,152.00	Pack of 1	Add to cart Buy now

Features

Crafted with a user-friendly 4.3-inch touchscreen ensures effortless operation
Quik reading in just 3 seconds for DNA, RNA, and protein analysis
Wide linear dynamic range spanning five orders of magnitude for versatile analytical capabilities
Equipped with dual fluorescence channels, it excels at comprehensive quantification of both nucleic acids and proteins in a single measurement
Offers convenience with an adaptable open system, compatible with PCR tube adapters
Ensures secure data management by accommodating up to 1,000 datasets, with easy data export through a USB port
Employs high-intensity light-emitting diode (LED) as a light source, to provide excitation light at a specific wavelength

Standard Accessories

Adapter for 0.5ml qPCR tube

Optional Accessories

Adapter for 0.2ml qPCR tube

Applications

It finds application in handling rare and challenging samples, especially those with limited quantities of DNA, RNA, or proteins post-extraction. It is also indispensable in costly experiments like qPCR, PCR cloning, transfection, and next-generation sequencing.