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Lab & Pilot ScaleYMC glass columns are available in various formats, with options for bench-scale separations to production-scale applications, medium to high pressure tolerances, and our specialized line for high-temperature chromatography. Options such as plunger length, aqueous buffer versus solvent

Request a Glass Column Quote Name * Company * State or Province * Email * Phone Number Inner diameter (mm) * Minimum bed length (mm) * Maximum bed length (mm) Bed volume (mL) Maximum pressure (bar) Temperature range Packing material

The isolation of minor compounds of complex mixtures is a very difficult purification task, typically done by repetitive (several hundred) runs using analytical HPLC inorder to isolate mg quantities of a minor compound for further testing. The N-Rich process is an automated multistep process that is run by the Contichrom CUBE system providing mg quantities of a desired compound at high purity. The two-step enrichment and separation step yields sufficient material of high purity for structure elucidation or subsequent structural, biochemical, cell- and even animal-based assays. It is an invaluable tool for any research and development laboratory.

Used to determine the presence and/or the concentration of analyte(s) in a sample, analytical chromatography is a cornerstone of any industry reliant on chemistry. In analytical chromatography, a stationary phase is bonded to the support particles, such as silica packed inside a column. The outcome of moving a mobile phase through the stationary phase produces a chromatogram as a visual output of the chromatograph. Typically, the mobile phase is pumped through the packed bed at pressures between 50 and 350 bar. 

The Contichrom CUBE is a benchtop continuous chromatography development system. It offers unique capabilities for mastering complex separations using our proprietary twin-column processes and user-friendly software.

Continuous production of peptides, oligos, and large biomolecules is a growing trend finding favor with regulatory bodies for the ability of continuous manufacturing to make drugs of a higher and more consistent quality at a lower cost and thus more readily accessible. Continuous purification with chromatography is widely defined as a process that moves beyond the present batch time to runs that extend into days, weeks, or months. YMC is a pioneer in the technology that semi or continuously uses chromatographic processes to purify drug products.

Continuous production of peptides, oligos, and large biomolecules is a growing trend finding favor with regulatory bodies for the ability of continuous manufacturing to make drugs of a higher and more consistent quality at a lower cost and thus more readily accessible. Continuous purification with chromatography is widely defined as a process that moves beyond the present batch time to runs that extend into days, weeks, or months. YMC is a pioneer in the technology that semi or continuously uses chromatographic processes to purify drug products.

Continuous production of peptides, oligos, and large biomolecules is a growing trend finding favor with regulatory bodies for the ability of continuous manufacturing to make drugs of a higher and more consistent quality at a lower cost and thus more readily accessible. Continuous purification with chromatography is widely defined as a process that moves beyond the present batch time to runs that extend into days, weeks, or months. YMC is a pioneer in the technology that semi or continuously uses chromatographic processes to purify drug products.