Packard Spectracount BS10000 Microplate Reader Spectra Count

PACKARD SPECTRA COUNT Model: BS10000 MICROPLATE READER SPECTRA COUNT Sn: 424031 Condition is used The Packard SpectraCount BS10000 is a high-performance microplate reader designed for precise and reliable optical density (OD) measurements in 96-well microplates . Engineered for use in clinical, pharmaceutical, and research laboratories, this absorbance reader provides accurate data analysis for a variety of biochemical, enzymatic, and cell-based assays. Key Features: High-Sensitivity Optical Detection Designed for UV-Vis absorbance measurements , delivering accurate and reproducible results. Capable of detecting a wide range of sample concentrations with excellent sensitivity and precision. Fast and Efficient Reading Optimized for rapid 96-well plate scanning, improving workflow efficiency. Ideal for high-throughput screening, ELISA assays, and kinetic studies. User-Friendly Operation Intuitive control panel and easy-to-navigate software for seamless operation. Data output compatibility with laboratory information management systems (LIMS) for streamlined analysis. Versatile Applications Supports ELISA , protein quantification, enzyme kinetics, and other colorimetric assays. Suitable for pharmaceutical, biotechnology, environmental, and clinical research. Compact and Durable Design Space-saving benchtop footprint ideal for laboratory environments. Built with robust materials for long-term reliability and minimal maintenance. Technical Specifications: Plate Format: 96-well microplates Detection Method: Absorbance (UV-Vis) Wavelength Range: [Insert wavelength range if available] Reading Speed: Fast scanning for high-throughput analysis Connectivity: Compatible with PC-based data management systems Power Requirements: Standard AC power The Packard SpectraCount BS10000 Microplate Reader is a trusted solution for laboratories requiring high-precision optical density measurements. With its robust performance and user-friendly features, it ensures reliable and reproducible results for a wide range of scientific applications.