Agilent 1260 Infinity II HPLC System with DAD Detector and BinPump

Insights by AMPTIUS | AMP Tech Instruments

Price and cost of ownership of Agilent 1260 Infinity II HPLC System with DAD Detector and BinPump

Investing in an Agilent 1260 Infinity II HPLC System with DAD Detector and Binary Pump involves weighing both the initial purchase price and long-term operational costs. A new system is priced around $125,000, while a certified refurbished unit averages $40,000, offering significant savings without compromising analytical performance. This system is well-suited for high-throughput, precision-driven environments such as pharmaceutical QC, food safety, and environmental testing. Ongoing costs include solvents, columns, seals, filters, and lamp replacements for the DAD detector. Regular preventive maintenance of the binary pump and autosampler is also essential to ensure system uptime and accurate results. A refurbished 1260 Infinity II offers a cost-effective solution for labs looking to optimize their budget. These units undergo comprehensive inspection, requalification, and calibration, and typically come with a warranty. For labs that need reliable, high-performance HPLC capabilities without the premium price tag, the refurbished option delivers strong value and long-term usability.

Who Employs the Agilent 1260 HPLC-DAD-Binary Pump in Universities?

The Agilent 1260 Infinity II HPLC System with a DAD Detector and Binary Pump is a cornerstone analytical instrument employed across a wide spectrum of scientific disciplines within universities and research institutions. Designed for the high-performance separation, identification, and quantification of chemical and biological compounds, this system meets the rigorous demands of modern analytical chemistry research and routine analyses. Its combination of a binary pump for precise gradient elution and a Diode Array Detector (DAD) for multi-wavelength detection provides researchers with detailed chromatographic information and enhanced compound identification capabilities.   The University at Buffalo's Science & Engineering Shared Facilities house an Agilent 1260 Infinity HPLC system equipped with a DAD detector and a quaternary pump . While specific configurations may vary, the 1260 Infinity platform supports various setups, including binary pump systems, to accommodate diverse research requirements.. This shared resource supports a multitude of researchers across different departments, including chemistry, biochemistry, pharmaceutical sciences, and environmental engineering. These users leverage the HPLC-DAD system for tasks such as separating and analyzing complex mixtures of organic molecules, quantifying target analytes in various matrices, and identifying unknown compounds based on their retention times and UV-Vis spectra.   Beyond shared facilities, individual research groups within universities like the University at Buffalo, and likely many others across the USA, utilize the Agilent 1260 Infinity II HPLC-DAD with binary pumps for specialized investigations. For instance, researchers in Chemistry Departments might employ it for reaction monitoring, purification of synthesized compounds, and analysis of natural products. In Biochemistry and Molecular Biology Departments, it could be used for protein and peptide analysis, metabolite profiling, and studying biomolecular interactions. Pharmaceutical Science Departments rely on such systems for drug development, quality control assays, and pharmacokinetic studies. Furthermore, in Environmental Science Departments, the HPLC-DAD is crucial for identifying and quantifying organic pollutants in environmental samples.   The Agilent 1260 Infinity II HPLC with a DAD detector and binary pump is a versatile and reliable tool that empowers researchers across various scientific domains to tackle complex analytical challenges. Its ability to provide high-resolution separations and rich spectral data makes it an indispensable instrument for advancing scientific knowledge and addressing real-world problems in fields ranging from human health to environmental sustainability.