Purified water for mammalian and bacterial cell culture

To achieve success in mammalian cell culture it is necessary to use extremely pure media and buffers. The use of Type I ultrapure water to effectively eliminate the presence of biologically active species and other contaminants which could interfere with the culturing is essential.

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Purified water for mammalian and bacterial cell culture

The key to sensitive, reproducible ion chromatography - Type I ultrapure water

Ion chromatography (IC) is a form of liquid chromatography that is used to separate atomic or molecular ions for qualitative or quantitative analysis. As scientists demand ever more rapid analyses with smaller sample volumes, ultrapure water plays a key role in maintaining the sensitivity and reproducibility of IC applications.

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The key to sensitive, reproducible ion chromatography - Type I ultrapure water

Blotting techniques enhanced by the use of Type I ultrapure water

Northern, Sothern and Western blotting techniques depend on the use of Type I ultrapure water to obtain high quality results.

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Blotting techniques enhanced by the use of Type I ultrapure water

Type II pure water m inim izes interference in UV-VIS spectrophotom etry

The importance of the quality of the water used to prepare samples, standards and reagents for ultraviolet and visible (UV-VIS) spectophotometric techniques should not be underestimated.

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Type II pure water m inim izes interference  in UV-VIS spectrophotom etry

Enhanced performance and operation using freshly purified ultrapure water to directly feed automated Metrohm ion chromatographs

Highly purified water is essential for Ion Chromatography (IC), including the preparation of eluents, blanks and standards, sample preparation or pre-treatment and for rinsing equipment and laboratory ware.

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Enhanced performance and operation using freshly purified ultrapure water to directly feed automated Metrohm ion chromatographs

Ultrapure water free from biologically active impurities suitable for PCR

Polymerase Chain Reaction (PCR) techniques are in widespread use through the life science sector and it is vital that the water used is ultrapure and free from waterborne contaminants which may affect the test results.

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Ultrapure water free from biologically active impurities suitable for PCR

Ultrapure water enables excellent chromatographic performance for LC-MS analysis

Liquid chromatography mass spectrometry (LC-MS) is a powerful analytical technique and ultrapure water should be used to ensure good chromatographic performance and high quality mass spectral data.

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Ultrapure water enables excellent chromatographic performance for LC-MS analysis

Type I ultrapure water crucial for HPLC and UHPLC

HPLC and UHPLC are powerful analytical techniques which require ultrapure water to ensure that chromatographic performance is not affected.

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Type I ultrapure water crucial for HPLC and UHPLC

Type I ultrapure water essential for GC-MS analysis of volatile and semi-volatile organic compounds

GC-MS is the method of choice for the analysis of organic compounds that are volatile or semi-volatile in water. As the assays are extremely sensitive, they require the highest purity laboratory water in order to product high quality mass spectral data.

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Type I ultrapure water essential for GC-MS analysis of volatile and semi-volatile organic compounds

ICP-OES depends on Type I Ultrapure Water for multi-element trace analysis

High purity is an essential requirement for ICP-OES, ensuring that any compounds which could potentially interfere with the determination of the elements under investigation are eliminated.

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ICP-OES depends on Type I Ultrapure Water for multi-element trace analysis

Meeting the demands of IPC-MS with Type I ultrapure water

The highest purity water is an essential requirement for ICP-MS as it is prone to interference by trace contaminants.

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Meeting the demands of IPC-MS with Type I ultrapure water

Pure Water for the Modern Clinical Laboratory

Clinical grade water is essential in a clinical laboratory and good water purification design is the key to effective and long-term bacterial control.

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Pure Water for the Modern Clinical Laboratory

Detecting Bisphenol A by HPLC-MS/MS | ELGA LabWater

ELGA purification systems are independently tested for bisphenol A (BPA) analysis and found to offer effective removal below the detection limit.

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Detecting Bisphenol A by HPLC-MS/MS | ELGA LabWater


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Nordstrasse 9
CH-5612 Villmergen
T +41 56 619 89 19
F +41 56 619 89 18