The Pump combines a high flow rate with a very compact design. Suitable for filtration, SPE, and liquid aspiration using a vacuum. Due to the manual rotational speed control, the pump is quiet, very energy efficient, and can be optimally adjusted in accordance with the application.Easy-to-clean surfaceVery small footprintAdjustable in flowrate due to manual rotational speed controlPTFE-coated diaphragm for use with aggressive/corrosive gases and vapors

For filtration, degassing desiccation, liquid extraction and solid phase extraction.PTFE-coated diaphragm is ideal for aggressive/corrosive gases and vaporsPump head made from PPS (Polyphenylsulfide), valves made from FFPM (Perfluoro rubber)

Application: Fluid aspiration, Degassing, Gel drying, Rotary evaporation, Centrifugal concentration, DistillationHigh level of vapor and condensate compatibilityPTFE pump head combined with PTFE-coated diaphragm are ideal for extremely aggressive/corrosive gases and vaporsIn accordance with ATEX II 2/-G IIB+H2 T3 Gb internal atmosphere only

ATEX chemistry diaphragm pumps offer all advantages of oil-free chemistry diaphragm pumps. Typical applications are rotary evaporators and drying ovens with potentially explosive atmospheres. The ATEX approval includes the interior of the pump (in contact with pumped gases) as well as the surrounding area of the pump.Outstanding chemical resistance and superior vapor toleranceMainly made of antistatic materialsFlame proof motor with integrated, self-locking overload and excess temperature protection for direct 230V / 50Hz single phase power supplyOverpressure safety relief valves internally and at outletWith separate gas ballast connection part for use of inert gasSafety diaphragm technology with option for inert gas purge and detection of diaphragm breakageATEX compliance:Pump chamber (pumped gases): II 2G IIC T3 XExterior space (pump environment): II 2G IIB T4 X (with inert gas purging) / II 3G IIB T4 X (without inert gas purging)Speed-controlled ATEX VARIO vacuum pumps on request.

The diaphragm pumps ME 1C offer a compact and high performance solution. With their easy-to-use functionality, they are the perfect partner for both single and multiple filtrations.One-stage diaphragm pumps are an excellent solution for continuous, oil-free pumping of gases and vapors for modest vacuum requirements. In contrast to water-jet pumps, they do not consume water and therefore do not produce any contaminated waste water in daily use.Vacuum filtration is frequently used for sample preparation in chemistry, microbiology, waste water control and analysis.In the chemistry diaphragm pumps ("C") all major parts in contact with pumped media are made of chemically resistant fluoroplastics. The ME 1C is also often used for solid phase extraction (SPE).An optional manual regulator valve with dial gauge enables variable fine adjustment of the pumping speed and the ultimate vacuum.Gas ballast for reliable pump performance.Two up to four stage chemistry diaphragm pumps (letters in the product name Z, D or V) are equipped with a manual gas ballast valve as standard. The supply of gas ballast minimizes the risk of condensation inside the pump.The diaphragm pumps ME 1C offer a compact and high performance solution. With their easy-to-use functionality, they are the perfect partner for both single and multiple filtrations.One-stage diaphragm pumps are an excellent solution for continuous, oil-free pumping of gases and vapors for modest vacuum requirements. In contrast to water-jet pumps, they do not consume water and therefore do not produce any contaminated waste water in daily use.Vacuum filtration is frequently used for sample preparation in chemistry, microbiology, waste water control and analysis.In the chemistry diaphragm pumps ("C") all major parts in contact with pumped media are made of chemically resistant fluoroplastics. The ME 1C is also often used for solid phase extraction (SPE).An optional manual regulator valve with dial gauge enables variable fine adjustment of the pumping speed and the ultimate vacuum.Gas ballast for reliable pump performance.Two up to four stage chemistry diaphragm pumps (letters in the product name Z, D or V) are equipped with a manual gas ballast valve as standard. The supply of gas ballast minimizes the risk of condensation inside the pump.Diaphragm pumps ATEX-models available on request. Country-specific power cord versions available on request.

For the maintenance of KNF pumps. Contains all necessary membranes, seals, etc.

The compact pumps feature a control knob for manual adjustments of the flow rate, making them well suited to a wide variety of applications, e.g. rotary evaporation, distillation, gel drying, degassing as well as the use with vacuum ovens and vacuum concentrators. Due to the manual rotational speed control, the pumps are quiet, very energy efficient, and can be optimally adjusted in accordance with the application.Easy-to-clean surfaceAdjustable in flow rate due to manual rotational speed controlCombination of PTFE pump head and PTFE-coated diaphragm makes the pump ideal for extremely aggressive/corrosive gases and vaporsHigh level of compatibility with vapor and condensationIntegrated gas ballast valve3-color status display: In operation / Stand-by / ErrorATEX-compliant in accordance with II 2/-G IIB+H2 T3 internal atmpsphere only100% oil-free transfer to ensure uncontaminated transfer, evacuation and compressionOptional: Easily expandable with separators and/or condensers

The MPC 090 E diaphragm pump has been specially developed for vacuum filtration and solid phase extraction (SPE) and is used for single funnel filtrations and with multiple filtration devices and desiccators. A built-in vacuum fine adjustment valve and pressure gauge allow variable adjustment of the applied vacuum, while the built in catch pot prevents accidental ingestion of liquid into the pump.Chemically resistant to the common aggressive solvent and acid vapours in laboratoriesAll parts in contact with gas are made of PTFE or PTFE compoundsThe pump and connection heads are carbon fibre-reinforced and electrically conductiveClean vacuum generation due to 100 % oil-free operationUltra quiet operationMaintenance-freeSuitable for field use with optional adapterScope of supply: Diaphragm pump, hose shaft DN 6, exhaust air damper, power adapter, connection adapter EU and UK

The diaphragm pumps ME 1 offer a compact and high performance solution. With their easy-to-use functionality, they are a perfect partner for both single and multiple filtrations.One-stage diaphragm pumps are an excellent solution for continuous, oil-free pumping of gases and vapors for modest vacuum requirements. In contrast to water-jet pumps, they do not consume water and therefore do not produce any contaminated waste water in daily use.Vacuum filtration is frequently used for sample preparation in chemistry, microbiology, waste water control and analysis.Typical applications for the ME 1 are aqueous filtrations. The PTFE diaphragm and valves are rugged and provide high chemical resistance. If aluminium has the required specific resistance, solvent-containing samples can also be filtrated.Country-specific power cord versions available on request.

The diaphragm pumps ME 1C offer a compact and high performance solution. With their easy-to-use functionality, they are the perfect partner for both single and multiple filtrations.One-stage diaphragm pumps are an excellent solution for continuous, oil-free pumping of gases and vapors for modest vacuum requirements. In contrast to water-jet pumps, they do not consume water and therefore do not produce any contaminated waste water in daily use.Vacuum filtration is frequently used for sample preparation in chemistry, microbiology, waste water control and analysis.In the chemistry diaphragm pumps ("C") all major parts in contact with pumped media are made of chemically resistant fluoroplastics. The ME 1C is also often used for solid phase extraction (SPE).An optional manual regulator valve with dial gauge enables variable fine adjustment of the pumping speed and the ultimate vacuum.Gas ballast for reliable pump performance.Two up to four stage chemistry diaphragm pumps (letters in the product name Z, D or V) are equipped with a manual gas ballast valve as standard. The supply of gas ballast minimizes the risk of condensation inside the pump.The diaphragm pumps ME 1C offer a compact and high performance solution. With their easy-to-use functionality, they are the perfect partner for both single and multiple filtrations.One-stage diaphragm pumps are an excellent solution for continuous, oil-free pumping of gases and vapors for modest vacuum requirements. In contrast to water-jet pumps, they do not consume water and therefore do not produce any contaminated waste water in daily use.Vacuum filtration is frequently used for sample preparation in chemistry, microbiology, waste water control and analysis.In the chemistry diaphragm pumps ("C") all major parts in contact with pumped media are made of chemically resistant fluoroplastics. The ME 1C is also often used for solid phase extraction (SPE).An optional manual regulator valve with dial gauge enables variable fine adjustment of the pumping speed and the ultimate vacuum.Gas ballast for reliable pump performance.Two up to four stage chemistry diaphragm pumps (letters in the product name Z, D or V) are equipped with a manual gas ballast valve as standard. The supply of gas ballast minimizes the risk of condensation inside the pump.Diaphragm pumps ATEX-models available on request. Country-specific power cord versions available on request.

The laboratory vacuum pump for the filtration of samples in microbiology. During the vacuum filtration, the filtrate is directly discharged to the drain.Transmembranous pressure of less than 700 mbar, acc. ISO 8199Constant flow ratesDefined maximum vacuumSuitable for gases and liquids

Application: Fluid aspiration, Degassing, Gel drying, Rotary evaporation, Centrifugal concentration, DistillationHigh level of vapor and condensate compatibilityPTFE pump head combined with PTFE-coated diaphragm are ideal for extremely aggressive/corrosive gases and vaporsApplication: Fluid aspiration, Degassing, Gel drying, Rotary evaporation, Centrifugal concentration, DistillationHigh level of vapor and condensate compatibilityPTFE pump head combined with PTFE-coated diaphragm are ideal for extremely aggressive/corrosive gases and vapors

Application: Rotary evaporation, distillation, vacuum oven, centrifugal concentrationFlow rate 3.6 m³/h / ultimate vacuum 4 mbar abs.Integrated KNF self-drying system ensures that condensate is quickly removed from the pump heads without the vacuum being altered. This significantly reduces process time and preserves the pump headsChemically resistant and thus ideal for use with extremely aggressive/corrosive gases and vapors

For Filtration, SPE, Degassing, Fluid aspiration.N 86 KN.18 has a very small footprintPTFE-coated diaphragm is ideal for aggressive/corrosive gases and vaporsPump head made from PPS (Polyphenylsulfide), valves made from FFPM (Perfluoro rubber)Connectors for tube: ID 4 mm

The two-stage pump is designed for pumping and compressing gases and vapours and generate vacuum e.g. for rotary evaporators, vacuum ovens and vacuum filtration. Their electrical conductivity prevents electrostatic charging and minimizes the risk of the gas mixture igniting inside the pump.For tubes with ID = 8 mmChemically resistantResistant to aggressive solvents and acid vapoursElastomer diaphragms with PTFE layerPump and connection heads are carbon fibre reinforcedIntegrated motor protection switchVibration isolating feetScope of delivery: 2-head chemical diaphragm pump, external power supply and device connection cable with plug (EU, UK).

Laboratory software for monitoring, controlling and recording data of IKA devices. The Lite version is the entry-level model and is ideal for monitoring and controlling a single IKA device. With the help of a PC, process dependencies can be defined, routine tasks can be automated, measurement recordings can be defined and real-time calculations can be created.1 IKA device selectableSupports FDA 21 CFR Part 11 requirementsSupports advanced user management (user, super user, administrator)Supports labworldsoft® Server1 year of support with new versions of labworldsoft® 6 Lite

Speed-controlled, 2-cylinder vacuum pump for universal use in dry and oil-free vacuum applications. Equipped with chemically resistant diaphragms, this pump is ideal for almost all standard vacuum applications in the laboratory. Optimised for use with rotary evaporators, laboratory reactors, temperature chambers, centrifuges, as well as classic Schlenk line and standard filtration systems, VACSTAR lite offers high operating efficiency and flexibility. The robust design ensures long-term reliability with minimal maintenance and makes it an ideal peripheral device for standard laboratory processes.Scope of supply: Diaphragm vacuum pump VACSTAR lite, vacuum controller VC 10 lite, stand rod

Speed-controlled, 2-cylinder vacuum pump for universal use in dry and oil-free vacuum applications. Equipped with chemically resistant diaphragms, this pump is ideal for almost all standard vacuum applications in the laboratory. Optimised for use with rotary evaporators, laboratory reactors, temperature chambers, centrifuges, as well as classic Schlenk line and standard filtration systems, VACSTAR lite offers high operating efficiency and flexibility. The robust design ensures long-term reliability with minimal maintenance and makes it an ideal peripheral device for standard laboratory processes.Scope of supply: Diaphragm vacuum pump VACSTAR lite, vacuum controller VC 10 lite, emission condenser VSE 1, stand rod

Speed-controlled, 2-cylinder vacuum pump for universal use in dry and oil-free vacuum applications. Equipped with chemically resistant diaphragms, this pump is ideal for almost all standard vacuum applications in the laboratory. Optimised for use with rotary evaporators, laboratory reactors, temperature chambers, centrifuges, as well as classic Schlenk line and standard filtration systems, VACSTAR lite offers high operating efficiency and flexibility. The robust design ensures long-term reliability with minimal maintenance and makes it an ideal peripheral device for standard laboratory processes.Scope of supply: Diaphragm vacuum pump VACSTAR lite, vacuum controller VC 10 pro, stand rod

Speed-controlled, 2-cylinder vacuum pump for universal use in dry and oil-free vacuum applications. Equipped with chemically resistant diaphragms, this pump is ideal for almost all standard vacuum applications in the laboratory. Optimised for use with rotary evaporators, laboratory reactors, temperature chambers, centrifuges, as well as classic Schlenk line and standard filtration systems, VACSTAR lite offers high operating efficiency and flexibility. The robust design ensures long-term reliability with minimal maintenance and makes it an ideal peripheral device for standard laboratory processes.Scope of supply: Diaphragm vacuum pump VACSTAR lite, vacuum controller VC 10 pro, emission condenser VSE 1, stand rod

Speed-controlled, 2-cylinder vacuum pump for universal use in dry and oil-free vacuum applications. Equipped with chemically resistant diaphragms, this pump is ideal for almost all standard vacuum applications in the laboratory. Optimised for use with rotary evaporators, laboratory reactors, temperature chambers, centrifuges, as well as classic Schlenk line and standard filtration systems, VACSTAR lite offers high operating efficiency and flexibility. The robust design ensures long-term reliability with minimal maintenance and makes it an ideal peripheral device for standard laboratory processes.Speed-controlled, 2-cylinder vacuum pump for universal use in dry and oil-free vacuum applications. Equipped with chemically resistant diaphragms, this pump is ideal for almost all standard vacuum applications in the laboratory. Optimised for use with rotary evaporators, laboratory reactors, temperature chambers, centrifuges, as well as classic Schlenk line and standard filtration systems, VACSTAR lite offers high operating efficiency and flexibility. The robust design ensures long-term reliability with minimal maintenance and makes it an ideal peripheral device for standard laboratory processes.

For filtration, degassing desiccation, liquid extraction and solid phase extraction.N 938.50 KT.18 ensures exceptionally fast evacuation by the parallel and in series connection of both pump headsPTFE-coated diaphragm is ideal for aggressive/corrosive gases and vaporsPump head made from PPS (Polyphenylsulfide), valves made from FFPM (Perfluoro rubber)

For filtration, desiccation, fluid aspiration.Suitable for handling wet vapoursPTFE-coated diaphragm is ideal for aggressive/corrosive gases and vaporsPump head made from PPS (Polyphenylsulfide), valves made from FFPM (Perfluoro rubber)

The MD 1 diaphragm pump is an excellent choice for oil-free evacuation and pumping of non-corrosive gases. The three-stage design with precisely guided flat diaphragms provides outstanding pumping speed even close to the ultimate vacuum, especially when compared with similarly rated two-stage diaphragm pumps. With a flow path consisting of aluminum and selected plastics the pumps are suitable for a wide range of applications with non-corrosive gases.Contamination-free pumping and evacuationHigh flow rateExcellent ultimate vacuumWhisper quiet and ultra-low vibrationProven long diaphragm life, maintenance-free drive system

The diaphragm pumps ME 1C offer a compact and high performance solution. With their easy-to-use functionality, they are the perfect partner for both single and multiple filtrations.One-stage diaphragm pumps are an excellent solution for continuous, oil-free pumping of gases and vapors for modest vacuum requirements. In contrast to water-jet pumps, they do not consume water and therefore do not produce any contaminated waste water in daily use.Vacuum filtration is frequently used for sample preparation in chemistry, microbiology, waste water control and analysis.In the chemistry diaphragm pumps ("C") all major parts in contact with pumped media are made of chemically resistant fluoroplastics. The ME 1C is also often used for solid phase extraction (SPE).An optional manual regulator valve with dial gauge enables variable fine adjustment of the pumping speed and the ultimate vacuum.Gas ballast for reliable pump performance.Two up to four stage chemistry diaphragm pumps (letters in the product name Z, D or V) are equipped with a manual gas ballast valve as standard. The supply of gas ballast minimizes the risk of condensation inside the pump.The diaphragm pumps ME 1C offer a compact and high performance solution. With their easy-to-use functionality, they are the perfect partner for both single and multiple filtrations.One-stage diaphragm pumps are an excellent solution for continuous, oil-free pumping of gases and vapors for modest vacuum requirements. In contrast to water-jet pumps, they do not consume water and therefore do not produce any contaminated waste water in daily use.Vacuum filtration is frequently used for sample preparation in chemistry, microbiology, waste water control and analysis.In the chemistry diaphragm pumps ("C") all major parts in contact with pumped media are made of chemically resistant fluoroplastics. The ME 1C is also often used for solid phase extraction (SPE).An optional manual regulator valve with dial gauge enables variable fine adjustment of the pumping speed and the ultimate vacuum.Gas ballast for reliable pump performance.Two up to four stage chemistry diaphragm pumps (letters in the product name Z, D or V) are equipped with a manual gas ballast valve as standard. The supply of gas ballast minimizes the risk of condensation inside the pump.Diaphragm pumps ATEX-models available on request. Country-specific power cord versions available on request.

The electric neoprene diaphragm pumps are suitable for routine use in a microbiological laboratory. Controlled vacuum ensures that stressed microorganisms (e.g., bacteria) are gently concentrated on the membrane filter surface. This leads to lower mortality, which in turn leads to higher recovery rates and shorter incubation times.Low noise levelOil and maintenance freeParallel filtration with multiple strips

The electric neoprene diaphragm pumps are suitable for routine use in a microbiological laboratory. Controlled vacuum ensures that stressed microorganisms (e.g., bacteria) are gently concentrated on the membrane filter surface. This leads to lower mortality, which in turn leads to higher recovery rates and shorter incubation times.Low noise levelOil and maintenance freeSingle filtration with single bar or single filter holder

Improved performance, increased pumping speed and lower ultimate vacuum extends applications in both the laboratory and in industrial applicationsLong-life diaphragm with PTFE sandwich construction and unstressed diaphragm supportEasy service/exchange of diaphragm or valves due to novel integrated valve head assembly. Easy dismantling, cleaning and reassembly without requiring readjustmentVery quiet and ultra low vibration due to compact drive with patented motor control system. Ideal as a built-in component for sensitive equipment in both the laboratory and in industrySuperior vapour tolerance due to integral tubing connections and gas ballast valve for continuous purge (for ME 16C NT, MZ 2C NT, MD 4C / 12C NT and MV 10C NT)Easy to clean due to smooth exterior surfacesThe VARIO® design provides vacuum control by precise and continuous adaption of the chemistry diaphragm pumps motor speed, and includes the vacuum pump, as well as the VACUU·SELECT controller.Diaphragm pump MD 4CRL NT with reduced leakage rate (0.001 mbar x l/s).Country-specific power cord versions available on request.

Hohes Saugvermögen und Endvakuum. Für weites Einsatzgebiet im Labor und industriellen Betrieb bei korrosiven GasenKompromisslose Chemie-Ausführung durch Einsatz optimal chemikalienbeständiger FluorkunststoffeLange Membranlebensdauer durch PTFE-Sandwichdesign und optimale Radialfixierung der MembranWartungsfreundlich. Getrennter Membran- und Ventilwechsel durch neuartige Ventilinseln (patentiert). Einfache Demontage, Reinigung und zuverlässige Wiedermontage ohne NacheinstellungBesonders leise und laufruhig durch kompakten Antrieb mit patentiertem "fliegendem Motor". Ideal für den Einbau in empfindliche Geräte für Labor und IndustrieLeicht zu reinigen durch glatte OberflächenHohe Dampfverträglichkeit durch integrierte Chemieverschaltung und Gasballasteinrichtung

Die VARIO® Chemie-Membranpumpen regeln das Vakuum punktgenau über die Drehzahl und bestehen immer aus der Pumpe und dem Vakuum-Controller VACUU·SELECT.Hohes Saugvermögen und Endvakuum. Für weites Einsatzgebiet im Labor und industriellen Betrieb bei korrosiven GasenKompromisslose Chemie-Ausführung durch Einsatz optimal chemikalienbeständiger FluorkunststoffeLange Membranlebensdauer durch PTFE-Sandwichdesign und optimale Radialfixierung der MembranWartungsfreundlich. Getrennter Membran- und Ventilwechsel durch neuartige Ventilinseln (patentiert). Einfache Demontage, Reinigung und zuverlässige Wiedermontage ohne NacheinstellungBesonders leise und laufruhig durch kompakten Antrieb mit patentiertem "fliegendem Motor". Ideal für den Einbau in empfindliche Geräte für Labor und IndustrieHohe Dampfverträglichkeit durch integrierte Chemieverschaltung und Gasballasteinrichtung Leicht zu reinigen durch glatte OberflächenDie VARIO® Chemie-Membranpumpen regeln das Vakuum punktgenau über die Drehzahl und bestehen immer aus der Pumpe und dem Vakuum-Controller VACUU·SELECT.Hohes Saugvermögen und Endvakuum. Für weites Einsatzgebiet im Labor und industriellen Betrieb bei korrosiven GasenKompromisslose Chemie-Ausführung durch Einsatz optimal chemikalienbeständiger FluorkunststoffeLange Membranlebensdauer durch PTFE-Sandwichdesign und optimale Radialfixierung der MembranWartungsfreundlich. Getrennter Membran- und Ventilwechsel durch neuartige Ventilinseln (patentiert). Einfache Demontage, Reinigung und zuverlässige Wiedermontage ohne NacheinstellungBesonders leise und laufruhig durch kompakten Antrieb mit patentiertem "fliegendem Motor". Ideal für den Einbau in empfindliche Geräte für Labor und IndustrieHohe Dampfverträglichkeit durch integrierte Chemieverschaltung und Gasballasteinrichtung Leicht zu reinigen durch glatte Oberflächen