Mixers are suitable for QA analysis and research in routine laboratory works. To add more convenience in the laboratory procedures, researchers now utilize Digital Vortex-Genie mixers. They are specially designed to agitate tubes, cylinders, beakers and flasks that are used for different laboratory applications.

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Fully Digital Operation for Optimum Performance

Digital control and display for speed and time is the notable feature of Digital Vortex- Genie mixers. These digital operational features help the user attain optimum accuracy, repeatability and reproducibility. They help to carry out the clinical procedures with ease.

Versatile Operational Features

Digital Vortex-Genie mixers are versatile units with versatile operational features. These units support both 'touch on' and hands free operation. Their timer functions 1-99 sec on 'Touch On' operation and 1-99 min or continuous on hands-free operation. Slow speed shaking to high-speed vortexing is easily possible with their variable speed control system. They are suitable for use in cold rooms and incubators. Digital Vortex-Genie mixers are usually supplied with 3-inch platform and pop-off cup.

Special Attachments for Proper Mixing Action

For most tubes, vessels, plates and other containers, there are special attachments integrated to these systems. Each attachment is designed to vortex mixer provide different mixing actions so that users can choose the appropriate mixing action for their experiments. You can conveniently and comfortably carry out any type of mixing, as these devices provide a stable platform with tough metal coating.

Get Quotes from Reliable Distributors

Digital Vortex-Genie mixers are primarily designed and developed by Scientific Industries. Their extensive range of mixers is now available with many dealers and retailers. If you search the internet, you can find a wide range of reliable distributors providing quotes for quality Digital Vortex-Genie mixers. They are usually offered two years warranty.

Laboratories have different working environments but they all require the basic laboratory apparatus and state of the art lab apparatus for complicated lab experiments.

Lab Apparatus

Apart from the compound microscope, laboratories are equipped with basic laboratory apparatus to facilitate the conduct of chemistry and biology lab experiments. The basics are the test tubes, test tube racks and test tube holders, beakers, reagent bottles, Bunsen burners and stand and clamps, crucibles, measuring cylinders, evaporating dishes, safety glasses, mortar and pestle, spatulas, droppers, tripods, and balances.

For different lab testing requirements, labs are equipped with heating equipments, filters, mixers, air handling equipment, fume hoods, shakers, centrifuges, homogenizers, measuring devices, ovens, and refrigerators.

Lab Furnaces

Samples and materials that need heat testing are tested on maintained high temperature. The heating apparatus should withstand different high heat temperatures without breaking down because heating experiments can go on for months.

Under general specifications, the equipment should have atmosphere controls and the appropriate dimensions for the lab's use for observing combustion, electrical, resistance, conduction, induction, infrared, propane oil and other fuels and natural gas. The lab furnace may have single heating or dual heating mode to adjust temperature and/or temperature stability. The newer models have computer interface and application software.

Laboratory Filters

These laboratory apparatus are used to eliminate fine particles from samples. Generally the filters consist of filter medium and holders and categorized into two types - membrane filters and centrifugal filters. Membrane filters, used in large scale lab experiments are employed to separate or filter suspended matter from gases and liquids.

Smaller laboratories use centrifugal filters to take apart proteins or nucleic acids. Laboratory filters are selected for the analysis of physical and performance specifications of particle samples. Larger filter areas are efficient and generally preferred in chemical and industrial laboratories.

The filters vary in configuration terms, sample type, measurement type, medium material, and housing material. These are commonly used on solids, gas, and liquids for qualitative or quantitative testing. The filters medium materials range from cellulose or cellulose acetate, regenerated cellulose, and nitrocellulose, including ceramic, glass fiber materials, and carbon. Included too are polytetrafluoroethelene, polyvinylidene fluoride, and polyvindylidene chloride. Housing materials use acrylics, modified acrylics, plastics, and polypropylene.

Lab Mixers

Laboratory mixers are essential in mixing, homogenizing, emulsifying, disintegrating and dissolving samples. Dual shaft mixers have three-wing anchors that generate flow and remove batches of mixed materials from vessel's wall. Double-planetary mixers have a finger-shaped blade that feed material to dispenser that orbits at high speed. The mixers operate at different speeds while are specified for continuous speeds. Lab mixers are requirements in industrial and pharmaceutical laboratories.

Air Handling Equipment

To protect laboratory and specimen from air-borne contamination, air handling equipment - fume hoods, environmentally-controlled rooms, biological safety cabinets, and clean benches are installed. A fume hood can contain and exhaust fumes, mists, vapors, and fine particles. The lab technician is protected from toxic fumes to chemicals and other potentially hazardous gases because the fume hood or enclosure minimizes exposure.

Top of the line laboratory apparatus follow standard specifications and are sold all over the world. These can be ordered online or purchased directly from suppliers.