Fluorescence spectrophotometer F-2700

NegotiableUpdate on 06/29

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Fluorescence spectrophotometer F-2700 product introduction: The fluorescence spectrophotometer can not only perform general quantitative analysis, but also infer the conformational changes of molecules in various environments, thereby elucidating the relationship between molecular structure and function

Product Details

Fluorescence spectrophotometer F-2700

Product Introduction:

Fluorescence spectrophotometer can not only perform general quantitative analysis, but also infer the conformational changes of molecules in various environments, thereby elucidating the relationship between molecular structure and function.

Product features:

*Outstanding high sensitivity (RMS signal-to-noise ratio better than or equal to 800)

*Wide dynamic range, about 6 orders of magnitude, can effectively analyze low concentrations and small amounts of samples, with zero value correction

*Easy to use/run independently (no need for personal computer)

*You can also choose to operate it on a personal computer

*Equipped with automatic performance monitoring

Intuitive keyboard operation, just like mobile phone keys, users can quickly familiarize themselves with using it

Product specifications:

project	content
MODE	Independent operation or PC operation
light source	150 W Xenon Lamp (Automatic Ozone Removal)
Type of photometer	Monochromatic light proportion control
sensitivity	RMS signal-to-noise ratio better than 800 (slit 5 nm, response 2S)
bandwidth	2.5, 5, 10, 20 nm (excitation wavelength and emission wavelength)
Wavelength scanning speed	60-3000 nm (four step), 12000 nm (under computer control)
External dimensions/weight	600 (W) × 503 (D) × 343 (H) mm/approximately 41 kg
power distribution	Communication 100115220230240 V, 50/60 Hz, 400 VA

Fluorescence measurement:

The F-2700 fluorescence spectrophotometer has high sensitivity and a wide dynamic range (about 6 orders of magnitude), and can effectively analyze low concentrations and small amounts of samples.