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OEM Degassers Customized Vacuum Degassing Solutions

Source: Press release Biotech Fluidics 1 min Reading Time

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Biotech Fluidics’ OEM degassers make use of a vacuum pump and degassing chambers with semi-permeable Systec AF membranes that allow dissolved gases to escape the liquid but not the liquid itself, preventing bubble formation in the flow path.

These compact, chemically inert degassers use trusted Degasi degasser parts, combined in a manner optimized to your specific system requirements.(Source:  Biotech Fluidics)
These compact, chemically inert degassers use trusted Degasi degasser parts, combined in a manner optimized to your specific system requirements.
(Source: Biotech Fluidics)

Biotech Fluidics is a leading supplier of optimized degassing modules designed to seamlessly fit into analytical, diagnostic and process instruments / systems to improve their performance. These OEM degassers are compact, integrated vacuum systems designed by Biotech Fluidics to remove dissolved gases from liquids, preventing bubbles that cause baseline noise, retention shifts, and instrument errors.

OEM degassers from Biotech Fluidics use a vacuum pump and degassing chambers with semi-permeable Systec AF membranes that allow dissolved gases to escape the liquid but not the liquid itself, preventing bubble formation in the flow path, shares the firm.

These compact, chemically inert degassers use trusted Degasi degasser parts, combined in a manner optimized to your specific system requirements.

The company offers OEM degasser solutions for specific flow rates, channel configurations, control features, and output options, thereby ensuring the stable operation of almost any fluidic instrument. Built for reliability these tailored degasser systems include advanced vacuum control and fault detection for consistent performance and long operating life.

Vacuum degassers are essential tools used to remove dissolved gases and microbubbles from fluids in applications including liquid chromatography, flow chemistry, clinical analysis, micro / nanofluidics, dissolution testing, chemical synthesis and reagent dispensing, concludes the firm.

(ID:50859820)

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