Vacuum Pumps
Vacuum Pumps
BrandTech™ VACUUBRAND™ NT Diaphragm Vacuum Pumps: MV2 NT
For a wide variety of non-corrosive and non-evaporative applications. MV-series pumps have an ultimate vacuum of 0.6 Torr.
BrandTech™ VACUUBRAND™ MZ2C NT Dry Chemistry Diaphragm Vacuum Pump
Suitable for many laboratory applications, including rotary evaporation, centrifugal concentration, gel drying, vacuum filtration, solid phase extraction and many other tasks
BrandTech™ VACUUBRAND™ NT Diaphragm Vacuum Pumps: ME4 NT
For a wide variety of non-corrosive and non-evaporative applications. ME-series pumps feature an ultimate vacuum of 52 Torr.
BrandTech™ VACUUBRAND™ MD4C NT + AK + EK Oil-free Diaphragm Vacuum Pump
Designed for excellent corrosion resistance in routine biology and chemistry lab applications. Brandtech™ MD4C NT + AK + EK Oil-free Diaphragm Vacuum Pump contains inlet/outlet catchpots, outlet condensers to enhance performance with condensible vapors to recover solvents.
BrandTech™ VACUUBRAND™ NT Diaphragm Vacuum Pumps: MZ2 NT
For a wide variety of non-corrosive and non-evaporative applications. MZ-series pumps have an ultimate vacuum of 5 Torr.
BrandTech™ VACUUBRAND™ MD4C NT Dry Chemistry Diaphragm Vacuum Pump
Suitable for many laboratory applications, including rotary evaporation, centrifugal concentration, gel drying, vacuum filtration, solid phase extraction and many other tasks
BrandTech™ VACUUBRAND™ MD4C NT+AK SYNCHRO+EK Dry Chemistry Vacuum System
Provides simultaneous operation of two processes with only one pump.
BrandTech™ VACUUBRAND™ NT Diaphragm Vacuum Pumps: MD4 NT
For a wide variety of non-corrosive and non-evaporative applications. MD-series pumps an ultimate vacuum of 1.1 Torr.
BrandTech™ VACUUBRAND™ MZ2C NT +2AK Dry Chemistry Diaphragm Vacuum Pump
Provides powerful oil-free vacuum for applications that do not require control, such as vacuum ovens and gel dryers
BrandTech™ VACUUBRAND™ Dry Chemistry Vacuum Systems
Systems feature new generation NT-series vacuum pumps for high flow rates at working vacuum levels
BrandTech™ VACUUBRAND™ MZ2C NT Synchro Dry Chemistry Multitasking Vacuum System
Provides powerful oil-free vacuum for two independent applications, such as rotary evaporators, gel dryers or other common lab tasks. VACUUBRAND™ MZ2C NT Synchro Dry Chemistry Multitasking Vacuum System builds on the popular MZ2C NT diaphragm vacuum pump.
BrandTech™ VACUUBRAND™ NT Diaphragm Vacuum Pumps: ME8 NT
For a wide variety of non-corrosive and non-evaporative applications. ME-series pumps feature an ultimate vacuum of 52 Torr.
BrandTech™ VACUUBRAND™ MD4C NT Synchro Chemistry Multitasking System
Provides powerful oil-free vacuum for two independent applications, such as rotary evaporators, gel dryers or other common lab tasks. Compact and whisper-quiet, it builds on the popular MD4C NT diaphragm vacuum pump
BrandTech™ VACUUBRAND™ ME8C NT Dry Chemistry Diaphragm Pump
VACUUBRAND Chemistry diaphragm pumps have fluoropolymer flowpaths for chemical resistance. Typical service intervals are in excess of 15,000 operating hours.
BrandTech™ VACUUBRAND™ ME4C NT Dry Chemistry Diaphragm Pump
Suitable for laboratory tasks such as vacuum filtration, degassing, solid phase extraction and many others
BrandTech™ VACUUBRAND™ MZ2D NT Diaphragm Vacuum Pump
Pump utilizes diaphragm vacuum technology for totally dry operation so there is no oil to change or monitor
BrandTech™ VACUUBRAND™ PC201 NT Dry Chemistry Vacuum System
VACUUBRAND PC 201 NT vacuum system. 230V, Continental Europe (CEE) plug
BrandTech™ VACUUBRAND™ PC101 NT Dry Chemistry Vacuum System
VACUUBRAND PC 101 NT vacuum system. 230V, Continental Europe (CEE) plug
BrandTech™ VACUUBRAND™ MD1C Oil-Free Chemistry Diaphragm Vacuum Pump
An excellent choice for rotary evaporation and other laboratory applications
BrandTech™ VACUUBRAND™ MD1C + AK + EK Oil-Free Chemistry Diaphragm Vacuum Pump
An excellent choice for rotary evaporation and other laboratory applications
BrandTech™ VACUUBRAND™ VARIO™ MD4C NT Self-Adjusting Vacuum Systems
Oil-freee system designed to provide evaporation up to 30% faster than conventional electronic vacuum controllers