SS200 Mini Laboratory Centrifuge Separator

Specifications solid-liquid separation

laboratory centrifuge

Centrifuge with high quality

Centrifuge with CE ISO

SS200 Laboratory Centrifuge Separator   It is an universal centrifuge for all application of solid-liquid separation by filtration. Offered in a variety of materials of construction like-austenitic steels, PVDF coated-mild steels etc. They are manufactured with the best technology in the field and gives long trouble free operational lite. These are offered in various models and known as Chemical Centrifuge & Vertical Centrifuge. Basket centrifuges are often called centrifugal filters or clarifiers. They have a perforated wall and cylindrical tubular rotor. In many cases the outer wall of a basket centrifuge consists of a fine mesh screen or a series of screens with the finer mesh screens supported by the heavier coarse screen, which in turn is supported by the bowl.   How a Basket Centrifuge Works The solid wall basket centrifuge uses centrifugal force to promote liquid/solid separation. The feed slurry is introduced into the rotating basket and is accelerated to the basket speed. Solids/contaminants are pulled radially away from the liquid by centrifugal force and collects along the inner wall of the basket. The clarified liquid builds up along in the inside and flows up and over the basket wall. It collects along the inside of the housing and is discharged by gravity through the outlet. Liquid clarification continues until the basket can no longer retain any solids and must be emptied. Automatic and semi-automatic solids discharge is available for suitable solids consistency. A laboratory centrifuge is a piece of laboratory equipment, driven by a motor, which spins liquid samples at high speed. There are various types of centrifuges, depending on the size and the sample capacity. Like all other centrifuges, laboratory centrifuges work by the sedimentation principle, where the centripetal acceleration is used to separate substances of greater and lesser density.   There are various types of centrifugation: Differential centrifugation, often used to separate certain organelles from whole cells for further analysis of specific parts of cells Isopycnic centrifugation, often used to isolate nucleic acids such as DNA Sucrose gradient centrifugation, often used to purify enveloped viruses and ribosomes, and also to separate cell organelles from crude cellular extracts There are different types of laboratory centrifuges: Microcentrifuges (devices for small tubes from 0.2 ml to 2.0 ml (micro tubes), up to 96 well-plates, compact design, small footprint; up to 30,000 g) Clinical centrifuges (devices used for clinical applications like blood collection tubes, low-speed devices) Multipurpose benchtop centrifuges (devices for a broad range of tube sizes, high variability, big footprint) Stand alone centrifuges (heavy devices like the ultracentrifuge)   Centrifuge tubes Centrifuge tubes or centrifuge tips are tapered tubes of various sizes made of glass or plastic. They may vary in capacity from tens of millilitres, to much smaller capacities used in microcentrifuges used extensively in molecular biology laboratories. The most commonly encountered tubes are of about the size and shape of a normal test tube (~ 10 cm long). Microcentrifuges typically accommodate microcentrifuge tubes with capacities from 250 μl to 2.0 ml. These are exclusively made of plastic. Glass centrifuge tubes can be used with most solvents, but tend to be more expensive. They can be cleaned like other laboratory glassware, and can be sterilized by autoclaving. Plastic centrifuge tubes, especially microcentrifuge tubes tend to be less expensive. Water is preferred when plastic centrifuge tubes are used. They are more difficult to clean thoroughly, and are usually inexpensive enough to be considered disposable. Centrifuges from our company including Tubular centrifuge Disc centrifuge Basket centrifuge Peeler centrifuge Push centrifuge proteins centrifuge silicate centrifuge cell fraction centrifuge antibiotics centrifuge bacteria centrifuge naphtholate centrifuge bio-fuel centrifuge biomass harvesting centrifuge bioremediation centrifuge blood fractionation centrifuge brewer's yeasts centrifuge brine sludge centrifuge calcium carbonate centrifuge calcium sulphate centrifuge chromium hydroxide centrifuge cocoa centrifuge cryoglobulin centrifuge cutting oil centrifuge dicalcium phosphate centrifuge dye centrifuge escherichia colielectroplating solutions centrifuge enzyme centrifuge ethanol stillage centrifuge fat centrifuge fermentation centrifuge fish oils centrifuge flavorings centrifuge effluents centrifuge fruit juice centrifuge fungus centrifuge gamma centrifuge graphite centrifuge nitrate centrifuge gum centrifuge herbal centrifuge hydraulic oil centrifuge ink centrifuge insulin tissue centrifuge iron oxide centrifuge lactose centrifuge nano centrifuge paper mill effluent centrifuge pathogens centrifuge pharmaceuticals centrifuge pigments centrifuge polymers centrifuge precious metals centrifuge protein precipitate centrifuge prothrombin centrifuge refinery effluent centrifuge salicylic acid centrifuge sodium nitrite centrifuge sodium sulphate centrifuge spirillum centrifuge spore collection centrifuge tallow centrifuge titanium dioxide centrifuge varnish centrifuge vegetable oil centrifuge virus recovery centrifuge wine clarification centrifuge yeast centrifuge