Used NEW BRUNSWICK SCIENTIFIC MF214 #67971 for sale

ID: 67971
Fermentor Specifications: The Microferm is a bench-scale fermentor designed for mass cultivation of microorganisms in batch fermentation and continuous culture, This research apparatus is fully instrumented for monitoring and controlling temperature, rate of agitation and aeration. Cells are cultivated in a stirred Pyrex glass fermentor fabricated for repeated autoclaving. The vessel rests on a head adapter plate so that a single MicroFerm assembly can accommodate all available fermentor vessel sizes up to 14 liters when the appropriate adapter is employed. A quick-disconnect drive coupling with twist-lock design simplifies removal of the fermentor. In MF units the impeller shaft of the conventional mechanically coupled fermentor vessel is supported by two stainless steel ball bearings mounted within a housing sealed top and bottom, which is press fitted to the head plate. A lapped mechanical seal at the lower end of the housing prevents transfer of lubricant or fermentation broth, with resultant contamination, from housing to fermentor or vice versa. Efficient agitation is achieved by ijpellers with flat stirring paddles and by four vertical baffles. The culture medium is agitated in a radical pattern, achieving uniform dispersion of constituents. Since the impellers are removable they can be positioned for different working volumes if desired. Reproducible agitation is attained by means of a precision drive mechanism with a solid-state speed controller. The drive is quiet and provides constant speed over a wide range. Impeller speed is closely regulated by an electronic feed-back system which sompensates automatically for normal voltage fluctuations and viscosity changes in the culture medium. Agitation is continuously monitored on a calibrated electrical tachometer which provides accurate speed indication. Air or other gas is metered through a pressure regulator, needle valve, flowmeter and a stainless steel, glass wool packed filter. Sterile gas is fed through a sparger line with a single orifice. The orifice fitting is removable and can be replaced with an accessory ring sparger or sintered disc sparger. To minimize liquid loss and evaporation of the culture medium, effluent gas is passed through a small, water-cooled exhaust gas condenser in the fermentor head plate. Here, vapor and aerosols are condensed and returned to the culture as the gas passes through the exhaust filter. Close thermal regulation is achieved by a temperature controller that energizes an in-line immersion heater in the water circulation circuit or a solenoid valve in the cold water inlet line. Temperature fluctuations are avoided by conditioning the recirculating water before it passes through the hollow baffles. This mixing of cool and warm water in the circulating circuit, and the rapid flow through the baffles, prevents temperature surges and increases control accuracy. Unit contains: Dual vessel Controls for: Power Heat on Stirring Cooling water Temperature Unit has: Tachometer Printer Gas flow control. 20 Liter unit.
NEW BRUNSWICK SCIENTIFIC MF214 is a top-of-the-line lab equipment and accessory designed to provide researchers with efficient sample preparation and superior results. This versatile device can be used for a range of biochemical separations, such as homogenization, detergent-disruption, and aqueous/ethanol precipitations. MF214 is made from high-grade stainless steel which is robust and designed to resist atmospheric corrosion and strong acids and alkalis. The frame and internal components are made from aluminum and plastic to minimize weight while maintaining strength and stability. This equipment also responds well to temperature variations, providing users with reliable results regardless of exterior temperatures. NEW BRUNSWICK SCIENTIFIC MF214 is fitted with a high-grade rotating stirrer with up to seven speed settings, allowing researchers to perform homogenization and tissue breakup with consistency and accuracy. The device is also fitted with a powerful induction magnet drive system and a beaker cover to ensure safety during use. There is also a remote control panel that allows users to access a range of parameters, including speed and start/stop functions, while monitoring the progress of their experiment. MF214 also features a high-performance circulating pump that has the capability of operating up to seven functions simultaneously and can withstand temperature ranges of -20°C to +50°C. The pump has variable flow ranges between 0.5, 1.5, and 4 liters/minute, and is designed to allow for precise and reproducible sample preparation. Finally, NEW BRUNSWICK SCIENTIFIC MF214 is designed to be used in either batch or continuous processes, depending on the experiment. The removable beaker cover has a specially designed lip that allows for easy attachment and detachment of accessories such as tubes and hoses. This flexible design makes MF214 an ideal choice for many laboratories.
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