Analytical HPLC is the standard technique in instrumental analysis to identify or quantify the components of a liquid sample.
Liquid chromatography in combination with mass detection is one of the most versatile and capable techniques in the analytical laboratory.
Batch chromatography, sequential multi column chromatography, SMB and the novel MCSGP process for higher yields of pure substance are applied separation techniques in the pharmaceutical industry, production of fine chemicals, and in the field of bioengineering.
When separating and purifying biomolecules, the HPLC system needs to fulfil high requirements for biocompatibility.
Determining the osmotic strength of aqueous samples can provide various parameters in medicine and food control. By measuring vapour pressure differences the average molecular weight of polymers can be obtained.
For superior resolution, higher speed and faster results. Benefit from latest sub-2 µm and core-shell column technology and analyze more complex samples.
Low pulsation and high pressures of up to 400 bar are a must in HPLC and are also ideal for high precision metering and liquid supply applications.
Purification is the purpose of preparative HPLC. Compared to analytical HPLC, separated samples are collected. Systems differ regarding flow rate ranges, collection strategies, and recycling options.