Microplate Reader LMRW-A101 Catalog

Features :

Large LCD display with touch screen or mouse 8-channel optical fibre system i.e. 5 sec reading for the whole plate Bio chromatic measurement and calculations Storage of 100 test protocol and 10000 sample results Multi-assay feature – up to 12 different assay on a plate Adjustable shaking time and speed Random positive and negative control setting Powerful QC functions and programs Auto self-check when power on

Specifications :

Plate type	96 well plate
Display	6 ” LCD
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	± 1 % or ± 0.005 A
Optic system	8-channel optic fibre system
Band width	< 8 nm
Calculation mode	ABS, %ABS, Cut-off, Curve, Linear, Log, Exponent, Power regression
Memory	Upto 10,000 tests results and 100 test protocol
Interface	RS - 232, USB, SD Card
Light source	Halogen lamp
Input	Touch screen, mouse or external keyboard
Power supply	AC 100 V – 220 V ± 10 %, 50-60 Hz
Dimensions	460 x 330 x 200 mm
Weight	8 Kg

Selection Guide :

Microplate Reader LMRW-A101 is a versatile analytical tool commonly used in a wide range of research and diagnostic applications. It is particularly suited for studies involving enzyme kinetics, protein quantification (e.g., BCA, Bradford, Lowry assays), ELISA, and cell viability assays. Its design supports high-throughput analysis, making it valuable in pharmaceutical screening, clinical diagnostics, and biotechnology research. The reader is compatible with 96-well and 48-well microplates, ensuring flexibility for different assay formats. It typically provides a broad wavelength range, which supports diverse colorimetric assays. Customers should consider this model if their research demands accurate absorbance readings, consistent performance, and regulatory compliance, as this reader generally conforms to CE certification standards. Its user-friendly interface, reliable optical system, and compact footprint further enhance its usability in laboratory environments focused on precision and reproducibility.