Used PHARMACIA LCC-501 Plus #9288263 for sale

PHARMACIA LCC-501 Plus is a chromatography equipment designed to help scientists and researchers analyze samples of proteins, peptides, and other molecules that can be separated by liquid chromatography. It is widely used in the research and pharmaceutical industries. LCC-501 Plus consists of a system controller, a stainless steel mobile unit base, a mobile column compartment, and a mobile sample injector. The powerful machine controller is capable of controlling up to four channels simultaneously. In addition, it has display capabilities to show chromatogram, peak data, and test values. The stainless steel mobile tool base is a modular platform which can accommodate up to eight circuits with direct communication with PHARMACIA LCC-501 Plus Controller. It also can hold up to six detectors, temperature control devices, and multiple columns, allowing for flexible sample treatment. The mobile column compartment is designed with portability in mind. This enables LCC-501 Plus asset to be set up quickly and efficiently at any location, allowing researchers to conduct their work anywhere. The portable sample injector has a capacity of 25 ¹̆L and provides an appropriate capacity for multiple alkaline and anionic samples. Additionally, PHARMACIA LCC-501 Plus provides multiple detectors in one compact unit. The two main detectors utilized are the UV detector and the refractive index detector. The UV detector is used to measure proteins, peptides, and other compounds that exhibit strong UV responses. The refractive index detector is used to measure compounds that do not strongly absorb UV light by measuring their refractive index. LCC-501 Plus model is also equipped with an integral data acquisition and control equipment that is compatible with a wide range of software packages. This allows researchers to review, modify, and store data quickly and easily. PHARMACIA LCC-501 Plus system is an ideal choice for both analytical and preparative applications. It enables scientists to easily and accurately measure the kinetic parameters of proteins, peptides, and other molecules. In addition, it provides an optimized platform that is both efficient and cost-effective.