The Thermo Scientific UltiMate 3000 is a high-performance liquid chromatography (HPLC) system designed for the purification of substances in quantities ranging from micrograms to lower milligrams. It facilitates the isolation of target compounds following analytical identification, bridging the gap between analytical HPLC and preparative-scale purification. This system supports efficient method development and upscaling, making it an essential tool for applications in drug discovery, natural product research, and chemical synthesis.

The JAI LC-9103 Preparative Recycling HPLC System enables high-resolution purification of complex mixtures using recycling chromatography to separate closely eluting compounds. It recirculates samples through the column without added solvents, enhancing purity and yield. With precise solvent delivery, automatic fraction collection, and an intuitive interface, it is ideal for natural product extracts, synthetic mixtures, and pharmaceuticals. Its closed-loop design ensures efficient, high-purity separations for advanced research and preparative applications.

The Gilson PLC 2020 Preparative Liquid Chromatography System is a flexible, automated platform for purifying target compounds from complex mixtures. Supporting both normal and reverse-phase chromatography, it features real-time monitoring, customizable methods, and automated fraction collection via a user-friendly touchscreen. With UV-Vis and ELSD detection, it ensures accurate identification and high-purity results. Its modular design accommodates various column sizes, making it ideal for pharmaceutical, natural product, and synthetic chemistry applications.

The Yamazen W-Prep 2XY Medium Pressure Liquid Chromatography (MPLC) system is a compact, high-performance instrument for purifying target compounds from complex mixtures. Ideal for natural product, pharmaceutical, and synthetic chemistry applications, it features dual-wavelength UV detection, automatic fraction collection, and touchscreen operation. Offering faster, high-resolution separation with customizable flow rates, the W-Prep 2XY ensures efficient, reproducible purification of small molecules and bioactive compounds for structural and biological analysis.

The Waters Acquity UPLC System is a high-performance liquid chromatography instrument offering superior speed, resolution, and sensitivity. Operating at higher pressures than traditional HPLC, it enables faster analysis with enhanced separation. Its precise solvent delivery, gradient control, and compatibility with various detectors, UV, PDA, fluorescence, and MS, make it ideal for pharmaceutical, natural product, and metabolomics research. The system delivers reproducible, high-throughput results for compound quantification, impurity profiling, and quality control.

The Waters Alliance 2695 and 2696 HPLC Systems are robust instruments for precise separation and quantification of complex mixtures. The 2695 integrates solvent delivery, sample handling, and temperature control, while the 2696 offers enhanced solvent management. Both provide excellent flow precision and gradient accuracy, ideal for pharmaceutical, natural product, and environmental research. Compatible with UV, PDA, and MS detectors, they deliver reliable, reproducible results for routine analysis and advanced applications.

The Thermo Scientific UltiMate 3000 UPLC System is a high-performance chromatography platform offering ultra-fast, high-resolution separations. With advanced pressure capabilities and precise flow control, it ensures improved sensitivity and shorter run times. Ideal for pharmaceutical, natural product, and metabolomics research, it features an autosampler, UV-Vis detectors, and compatibility with diode array and MS detection. The system delivers accurate, reproducible results, supported by user-friendly software and robust analytical performance.

The Waters Alliance 2695 and 2696 HPLC Systems are reliable instruments for accurate separation and quantification of complex mixtures. The 2695 offers integrated solvent delivery, sample handling, and temperature control, while the 2696 adds advanced solvent and sample management features. Both systems ensure excellent flow precision and gradient accuracy, ideal for pharmaceutical, natural product, and environmental research. Compatible with UV, PDA, and MS detectors, they deliver reproducible results for diverse analytical applications.