Chromatography Workstations

Chromatography instruments separate mixtures into their individual components for identification and quantification. They are widely used in pharmaceutical drug development, environmental contaminant testing, clinical diagnostics, food safety analysis, and forensic chemistry. Chromatography workstations provide the stable, organized platform these sensitive instruments require for accurate and repeatable measurements.

An HPLC machine is formally called a High-Performance Liquid Chromatography system. It is also commonly referred to as an LC system or, when coupled with a mass spectrometer, an LC-MS system. HPLC systems require dedicated benches with integrated solvent storage, autosampler support, wiring cutouts, and 1,000-lb rated frames to ensure analytical stability and workflow efficiency.

Our chromatography workstations are compatible with all major OEM instrument brands including Waters Corporation, Thermo Fisher Scientific, Agilent Technologies, Beckman Coulter, Bruker, PerkinElmer, Shimadzu, Sciex, Siemens Diagnostics, and more. We are named OEM partners for Waters, Beckman Coulter, and Siemens, ensuring validated fit and configuration accuracy.

All chromatography workstations in our product line are rated to 1,000 lbs, accommodating the combined weight of mass spectrometers, LC pumps, autosamplers, detectors, vacuum pumps, and ancillary accessories. The welded steel frame with vibration-dampening construction ensures platform rigidity for sensitive analytical instrumentation.

Standard custom orders are manufactured and delivered within 30–45 calendar days. Popular configurations are available through our Quick Ship program in under 14 days. All workstations are manufactured domestically in Londonderry, New Hampshire, with no offshore supply chain exposure, ensuring predictable and reliable lead times for your lab buildout.

Our chromatography workstations comply with SEFA 8 chemical resistance standards for laboratory furniture surfaces, are ISO/IEC 17025 compatible for analytical laboratory environments, and are BSL-1 Ready with BSL 2-3 configurations in development. They are also designed to support OSHA 1910 laboratory safety requirements and include proper solvent storage and vacuum pump containment features.