Waters PrepLC Preparative Liquid Chromatography System with Dual Wavelength Detector and Autosampler

The Waters PrepLC System is a modular preparative liquid chromatography system designed for high-precision fractionation and purification workflows commonly utilized in biotechnology, molecular diagnostics, and biopharmaceutical production pipelines. It integrates multiple critical modules to support complex bioprocessing and synthetic biology research applications:

• Waters 2487 Dual Wavelength Absorbance Detector for sensitive and selective detection at dual UV wavelengths, enhancing analytical accuracy in preparative workflows.
• Waters 2707 Autosampler, enabling automated sample injection for improved throughput and reproducibility in molecular cloning and biomanufacturing processes.
• Waters 1525 Binary HPLC Pump, offering reliable, precise solvent delivery and gradient formation essential for separation of complex biological mixtures.
• Waters Fraction Collector, facilitating efficient recovery of purified fractions critical in gene editing and synthetic biology experiments.
• Complete system includes a computer workstation with integrated control software and necessary cables to manage sequence programming and data acquisition.

This system is widely adopted by molecular biology researchers and clinical diagnostic laboratories requiring preparative-scale separations with reproducible results. Its modular design supports workflows in live-cell imaging reagent purification, fluorescence analysis sample prep, and bioprocess assay development.

Despite limited specific electrical and mechanical specifications (voltage, power consumption, and dimensions unavailable), the configuration aligns with standard preparative LC setups optimized for bioprocessing and molecular diagnostics laboratories focused on downstream purification essential for protein engineering and synthetic biology research.

Overall, the Waters PrepLC System represents a comprehensive preparative chromatography solution widely recognized for its reliability and precision in biomedical engineering and biomanufacturing applications.