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Sartorius™ Traditional Vacuum Pumps

Neoprene membrane pumps with low noise level, oil- and maintenance-free and is a reliable vacuum

$1,745.92 - $2,230.10


For Use With Combisart
Temperature (English) Max. 104°F
Temperature (Metric) Max 40°C
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Products 2
Catalog Number Mfr. No. Depth (Metric) Dimensions (L x W x H) Electrical Requirements Weight (Metric) Price Quantity  
Catalog Number Mfr. No. Depth (Metric) Dimensions (L x W x H) Electrical Requirements Weight (Metric) Price Quantity  
14-555-896 View Documents Sartorius™
22.5 cm 13.3 x 9.8 x 8.9 in. (338 x 250 x 225 mm) 110 V 60 Hz 9.8 kg Each for $2,230.10
14-555-902 View Documents Sartorius™
18.7 cm 8 x 5.7 x 7.4 in. (203 x 145 x 187 mm) 220 V 50 Hz 4.5 kg Each for $1,745.92


The Microsart™ e.jet vacuum laboratory pump is designed to create sufficient vacuum for filtration and unlike traditional vacuum pumps, it allows simultaneous transfer of the filtered liquid to waste. The Microsart™ e.jet Transfer Pump is ideal for sample filtration in Microbiology achieving a trans membrane pressure below 700 mbar in compliance with ISO 8199 (Water quality - General guidance on the enumeration of micro-organisms by culture). Constant flow rates and a defined maximum vacuum guarantee smooth and reliable filtration. The Microsart™ e.jet Transfer Pump greatly reduces operating complexity and is an ideal accessory for 3-branch and 1-branch manifolds.

The Microsart™ e.jet is designed to pump both gas and liquids, meaning no loss of efficiency or malfunctions from water drawn into the pump head. The vacuum pump series Microsart™ maxi.vac and Microsart™ mini.vac provide up to date technology for daily use in the Microbiology laboratory environment. They are electric neoprene membrane pumps and therefore oil- and maintenance-free with a low noise level. The vacuum produced by these pumps is controlled and can be easily adjusted to your specifications. Thus sensitive cells (e.g. bacteria) are concentrated on the surface of a membrane filter under better conditions, which results in decreased mortality of the cells, higher recovery rates and shorter incubation times.