Details :
HPLC columns – All Dimension Available according to Customer need. (Stores 30, 50, 100 , 120 Or Many More)
Optional Fittings Tray - Moulded for easy storage of HPLC tools and fittings.
Stackable — Unique stacking kit allows you to increase the number of columns you can store at any time.
Holds columns up to 30cm long - will also take 5cm, 12.5cm, 15cm and 25cm.
Stainless Steel Cabinet — Quality, solid Stainless Steel construction with MOC.
Eliminates Bulky Column Boxes — Columns held securely in moulded drawer inserts holds all end-fitting types narrow and wide end-fittings held in flexible foam.
Versatile — Store up to 12 x 12.5cm columns in a single drawer, or a combination of short columns,guard columns and analytical column.
With and Without Locking Facilility: Available with & without locking facility.
FeatureAccuracy Durable, Corrosion Resistance, High Quality, High Tensile
Number Of FlowerVacuum Manifold
Thickness0-5mm
Country of OriginIndia,India
Filter DiameterOptional
Value Type3 Ways
BrandLaboid
The Laboid vacuum filtration manifold is a specialized apparatus used in laboratories for the separation of solid particulates from a liquid solution through the application of vacuum pressure. This equipment is commonly employed in various scientific disciplines such as chemistry, biology, and environmental science for processes like sample preparation, purification, and analysis. (Sistemas de filtración al vacío )
The filtration manifold typically consists of a sturdy base with multiple ports or positions for attaching filtration flasks or vessels. These flasks are often fitted with a porous filter membrane that allows the liquid to pass through while retaining the solid particles. The manifold facilitates the simultaneous filtration of multiple samples, enhancing efficiency and throughput in the laboratory.
The operation of the vacuum filtration manifold involves connecting it to a vacuum source, typically a vacuum pump, which creates negative pressure within the system. As the vacuum is applied, the liquid sample is drawn through the filter membrane, leaving behind the solid material. The filtrate collects in the flask below, ready for further analysis or processing.
One of the key advantages of using a vacuum filtration manifold is its ability to expedite the filtration process, particularly when dealing with large volumes of samples or when time is a critical factor. Additionally, by employing a vacuum, it helps to achieve a more efficient separation compared to gravity filtration methods.
Laboratories often utilize vacuum filtration manifolds in various applications such as:
Filtration of precipitates or suspended solids from liquid samples.
Separation of biomolecules, such as proteins or DNA, from solution.
Purification of organic or inorganic compounds.
Isolation of particulate matter for microscopic analysis.
Sample preparation for analytical techniques like HPLC (High-Performance Liquid Chromatography) or mass spectrometry.
Laboid vacuum filtration manifold serves as an indispensable tool in modern laboratory settings, offering efficient and scalable solutions for a wide range of filtration needs across different scientific disciplines.
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