Microplate Reader LX792MR

Description

Microplate Reader LX792MR is a multi-mode microplate reader that includes absorbance, fluorescence, luminescence, time-resolved fluorescence, and fluorescence polarization functions for specific workflow needs. It contains linear plate shaking motion and incubation function. Equipped with a xenon lamp, long life, and stable illumination, and a 10-inch touch screen with an advanced monochromator system for wavelength selection from 200-1000nm, the whole spectrum of a sample be scanned in 1 nm increments to allow identification of the optimal measurement wavelength for a new assay. It has easy-to-use and flexible software and optional PC Analysis Software.

Specifications

Light source
Xenon lamp
Detector
PD
Wavelength accuracy
2 nm
Wavelength repeatability (SD)
0.2 nm
Half width (FWHM)
Wavelength range
200-1000 nm, 1 nm Step
Measure range
0-4 OD
Resolution
0.0001 OD
Accuracy @450 nm
96-precision mode: ± (1.0 %+0.003 Abs) @(0.0-2.0 Abs] ±2.0 % @(2.0-3.0 Abs]
Repeatability @450 nm
CV < 1.0 % or SD < 0.003 fast (0.0-3.0Abs]
CV < 0.5 % or SD < 0.003 accurate (0.0-3.0Abs]
Stray light
0.1% @220 nm
Linear @450 nm
R2 ≥ 0.999 @[0.0 - 3.0 Abs]
Reading time
96-well plate: fast
Luminescence detector
PMT
Detection limit
15 Amol/hole; 5 Amol/hole (Photon PMT)
Linear dynamic range
6 Logs
Crosstalk
≤ 0.005 %
Luminescence wavelength range
200-850 nm
Fluorescence reading mode
Top reading
Fluorescence detector
PMT
Fluorescence wavelength range
EX: 200-1000 nm; EM: 270-850 nm
Filter EX/EM
3 Groups: EX470/EM525, EX523/EM564, EX624/EM692 (other wavelengths can be replaced)
Fluorescence detection limit
1. pM
Fluorescence linear dynamic range
6 Logs
TRF wavelength range
EX: 200-1000 nm; EM: 270-850 nm
TRF detection limit
0.05 pM
FP Wavelength range
λ1-λ2
FP Detection limit
5 mP
Plate
6-384 Well
Shaking mode
Linear, Annular, Double annular
Incubation temperature
RT+4 °C ~ 45 °C
Temperature uniformity
±0.5 °C @37 °C
Operation method
Capacitive screen touch, Mouse
Data capacity
10 GB
Compatibility
Support PC software, Win7/Win10 64 bit
Network transmission
The test data report can be uploaded to the PC server through FTP
Port
2 USB Type-A ports, 1 USB Type B port, 1 Ethernet port, Rs232 bus interface (connected to the injector)
Power supply
AC 100-240 V, 50-60 Hz
Dimension (W x D x H)
440 x 420 x 315 mm
Net weight
25 kg
Features
  • Build with temperature control incubation system
  • Equipped with a grating monochromator
  • Comes optional PC software, to offer analysis review, validation of data
  • It is easy access to data via a USB interface
  • It measures 6 and 384 well microplates
  • 10-inch touch screen display which is built-in powerful independent instrument control software that the user can perform board layout, parameter setting, and data analysis operations
  • Equipped with PMT detector that enhances the maximum sensitivity of weak luminescence signals, prevents oversaturation of high signals, effectively improves the detection range of luminescence
  • It comes with Fluorescence Polarization function, this function is often used to detect the interaction between small molecules and macromolecules, such as the determination of drugs and hormones, tyrosine kinase detection, receptor/ligand research, protein/polypeptide interactions, DNA/protein interactions, etc.
  • Time-Resolved Fluorescence (TRF) function has high sensitivity, strong specificity, good stability, and short operation flow. It is suitable for ultra-micro analysis in biology and medicine, hormone detection, viral hepatitis marker detection, target cell marker detection, and drug screening
Applications
  • Used in DNA/RNA analysis, cell proliferation, cytotoxicity tests, bacterial concentration analysis, pharmaceutical plant analysis, endpoint method ELISA/EIA, with various fitting curves for analysis, Medical, Biological, and Pharmaceutical research, etc.
Optional Accessories
  • U-Nano ultra-micro plate (2~4 μL)
  • ABS Optical performance validation board
  • Modular filter
  • Automatic injector module
  • PC Analysis software