Grant Bio FTA Series Aspirators with Trap Flask
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The Grant Bio FTA Series Aspirators with Trap Flask are laboratory devices designed to facilitate the safe and efficient removal of liquids or vapors from a variety of samples. These aspirators feature an integrated trap flask, which helps to collect aspirated liquids or particles, preventing contamination or damage to the surrounding environment or equipment. The FTA Series is particularly suitable for laboratory applications where liquid waste management and vacuum aspiration are required.
FTA-1 | FTA-2i |
The aspirator with trap flask FTA-1 with a 1L trap flask is designed for the aspiration or removal of any remaining alcohol or buffer from microtest tube walls during DNA / RNA purification and other macromolecule re-precipitation techniques.
Applications
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The FTA-2i aspirator with 2L trap flask is designed for removal of alcohol, buffer and liquid from reaction vessels eg during DNA / RNA purification and other macromolecule re-precipitation techniques.
Applications
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An ideal personal tool for independent operation away from an inline lab vacuum supply.
The unit can also be used for routine operations of cells washing from culture medium and resuspension in a buffer. The operation principle is based on creating negative pressure in the trapping flask using an built-in micro-compressor. The collecting tip is connected with polyethylene tube to the trapping flask. Liquid is removed from the microtest tube when the collecting tip touches the solution surface. A tube holder-organiser is conveniently located on the right hand side of the FTA-1. This can accommodate two tubes e.g. one for a hydrochloric acid solution and one for a distillate which is necessary for tip washing and storing, such that a tip can be re-used. A suction microbiological filter eliminates risk of contamination from the trap flask with bacteria, viruses and infected particles. The suction microbiological filter is hydrophobic: with efficiency up to 99.9% it holds particles bigger than 0.027 micron, which are smaller than agents of Hepatitis A, B and C. The use of an aspirator is preferential to using a generic laboratory vacuum line as it restricts the possibility of contamination and can be used exactly where the operator is located i.e. no need for a dedicated position in the laboratory to perform the aspirator. |
The use of an aspirator is preferential to using a generic laboratory vacuum line as it restricts the possibility of contamination and can be used exactly where the operator is located. Optional accessory: autoclavable hand operator for more comfortable usability of accessory adapters, featuring pressure sensitive button that controls aspiration speed. |
Specifications
Model | FTA-1 | FTA-2i | |
Dimensions (h x d x w) | 340 x 210 x 160mm | 390 x 290 x 185mm | |
Trap flask volume | 1L | 2L | |
Vacuum | -500mbar | -200 to -800mbar (adjustable) | |
Flow rate (aqueous solution) | 72 with aspiration tip 666 without aspiration tip | 72ml/min with aspiration tip, 666ml/min without aspiration tip | |
Aspiration Speed | Not Applicable | Up to 10 (air) | |
Filter Pore Diamater | Not Applicable | 0.027 micron | |
Liquid Level Sensor Type | Not Applicable | Invasive | |
Overflow Protection | Not Applicable |
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External power supply | Input AC 120-230V, 50/60Hz Output DC 12V | Input AC 120-230V, 50/60Hz Output DC 12V | |
Power consumption | 3.6W (0.3A) | 10.8W (1A) | |
Input voltage | 12V dc | 12V dc | |
Weight | 1.7kg | 1.85 kg |