Microplate Reader LMRW-A100 Catalog

Features :

8-channel optical fibre system i.e. 5 sec reading for the whole plate Biochromatic measurement and calculations available Storage of 100 test protocol and 100,000 sample results Multi-assay feature – up to 12 different assay on a plate Automatic data saving Adjustable shaking time and speed Powerful QC functions and programs

Specifications :

Plate type	96 well plate
Standard Wavelength	405, 450, 492, 630 nm
Wavelength accuracy	± 1 nm
Resolution	0.001 Abs
Reading speed (Single wavelength)	5 secs for 96 well plate
Photometric Range	0.000 – 4.000 Abs
Accuracy	± 0.5 % or ± 0.005 A
Optic system	8-channel optic fibre system
Band width	< 8 nm
Read Methods	End Point, Two Point and Kinetic
Calculation mode	ABS, Cut-off, Single standard, Curve, Multi-percent, Percent Logarithm, Linear Regression, Exponent Regression, Power Regression, 4LP Regression
Operation	PC operation, bidirectional communications
Memory	>100 programs & upto 100,000 test results
Interface	RS – 232 and USB
Light source	Halogen lamp (8 V / 20 W)
Power supply	AC 110 V – 240 V ± 10 %, 50 – 60 Hz
Dimensions	454 x 295 x 146 mm
Weight	7 Kg

Optional Accessories :

Microfluidic Detection Board 

Automatic Sampler 

Selection Guide :

Microplate Reader LMRW-A100 is a versatile and reliable instrument designed to meet the demands of various research and clinical applications. It is suitable for use in ELISA, enzyme activity assays, protein quantification, cell viability testing, and other absorbance-based assays commonly conducted in research laboratories, diagnostic centers, and pharmaceutical environments. Its compatibility with 96-well microplates makes it suitable for high-throughput screening, while the wavelength range and photometric accuracy ensure consistent and accurate results. The reader complies with key international certifications (such as CE and ISO standards), pro assurance of safety, quality, and performance. When selecting this model, customers should consider its application in studies that require UV-visible absorbance detection, broad wavelength selection, and automated data handling, making it a dependable choice for routine and advanced experimental workflows.