মলেকুলার ডিভাইসেস স্পেকট্রাMAX 190 অ্যাবজর্বেন্স মাইক্রোপ্লেট রিডার

Molecular Devices SpectraMAX 190

This listing is for a Molecular Devices SpectraMAX 190 Absorbance Microplate Reader.

The unit is in full working condition and is ready for immediate release.

The Molecular Devices SpectraMAX 190 Absorbance Microplate Reader is a versatile and high-performance bio-analytical instrument designed for life science research and development. With precise measurements and a broad wavelength range, it is ideal for a variety of applications, including DNA analysis and pharmaceutical research.

Key Features:

Wide Wavelength Range:

Operates from 190 to 850 nm, enabling measurements across UV and visible spectra for diverse applications.

Tunable Monochromator:
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Allows wavelength selection in 1 nm increments for flexibility and precision in absorbance measurements.

Narrow Wavelength Bandwidth:

Features a 2 nm bandwidth for enhanced resolution and specificity.

Broad Photometric Range:

Measures from 0 to 4.0 OD with a high photometric resolution of 0.001 OD, ensuring accuracy for both high and low absorbance samples.

PathCheck Sensor Technology:

Ensures less than 5% error compared to cuvette readings, delivering reliability in microplate-based measurements.

Xenon Flash Lamp Light Source:

Provides stable, high-intensity light for consistent results over time.

Rapid Measurements:

Endpoint readings in as little as 12 seconds and kinetic measurements with a minimum 9-second interval streamline workflows.

Temperature Control:

Operates from ambient + 4°C to 45°C with ± 0.5°C uniformity at 37°C, ensuring well-to-well consistency for temperature-sensitive assays.

Isothermal Reading Chambers:

Maintains a uniform environment with less than 1°C variation when temperature regulation is not enabled.

Applications:

The SpectraMAX 190 is ideal for:

DNA Analysis: Quantification and purity assessment.

Pharmaceutical Research: Drug discovery and development assays.

Life Science Research: Enzyme kinetics, protein quantification, and more.