Sie haben gesucht nach: Verdampfer
Evaporators remove solvents from compounds through evaporative process to purify and concentrate materials. Using motion, steam, or vacuum-applied heat techniques, sample conditions are safer for testing and storage. Heat exchangers are used on evaporators to recycle the energy from the vapor generated from the fluid waste stream. Creating more homogenous samples, procedures that would normally be difficult to complete are easier and yield highly reproducible results. Able to fit any common size benchtop space, the controls can easily make adjustments for the correct component isolation. Cutting down on unnecessary costs, the evaporators allow smaller quantities to be handled.
Mikroverdampfer, Glasofen, B-585, Kugelrohr
Supplier: BUCHI
Für die Trocknung, Destillation, Gefriertrocknung und Sublimation von kleinen Probenmengen. Ideal für die fraktionierte Destillation von kleinen Lösungsmittelmengen bis zu 300 °C.
Expand 1 Items
TurboVap® 96 Dual Automated Single and Dual-Channel Well Plate Evaporation System
Supplier: CUSTOM MADE CHEMICALS
The new TurboVap® 96 Dual is a second-generation well plate evaporation system that continues to build upon the solid foundation of the TurboVap® family of evaporators. This unique new system incorporates the utility of two single evaporators and a dual system all in the same space-saving footprint.
Expand 1 Items
Tischkonzentrator, Concentrator Plus™
Supplier: EPPENDORF
Dieser ergonomische Konzentrator ermöglicht rasche, effiziente und sanfte Vakuumkonzentration von DNA/RNA, Nukleotiden, Eiweißen und anderen flüssigen oder nassen Proben. Der beschichtete Deckel bietet erstklassigen Chemikalienschutz vor aggressiven Säuren und organischen Lösungsmitteln (z. B. TFA, DMSO).
Expand 4 Items
Vacuum concentrators, refrigerated, CentriVap®
Supplier: LABCONCO
The refrigerated CentriVap centrifugal concentrator is designed to rapidly concentrate multiple small heat-sensitive samples, such as RNA and proteins, using centrifugal force, vacuum and controlled temperature. The concentrator combines a refrigeration system that cools to −4 °C with a heater that warms to 100 °C to achieve the user's desired set point temperatures. With an epoxy-coated aluminum chamber.
Expand 3 Items
CentriVap® mobile systems
Supplier: LABCONCO
Combine the separate concentrator and cold trap components into one space-saving console and include casters for portability from laboratory to laboratory. A 12 to 17 mm rotor and solvent trap are also included. The interior can accommodate a vacuum pump - the only additional component necessary to begin processing.
Expand 2 Items
Verdampfungssystem, RapidVap® N₂
Supplier: LABCONCO
Ein effizientes, automatisches Verdampfungssystem, das für eine breite Palette von aggressiven Chemikalien verwendet werden kann. In RapidVap N₂ Systemen wird ein Stickstoffstrahl oder trockenes Gas nach unten auf die Probenoberfläche gerichtet. Die Stickstoffeinblasung verringert den Partialdruck direkt über der Flüssigkeit, um die Verdampfung zu beschleunigen und das verdampfende Lösungsmittel zu entfernen. Der Stickstoff kann für 2, 4, 6 oder alle 8 Röhrchenstellplätze programmiert werden. Außerdem können Vortexbewegungen und trockene Wärme angewendet werden, um die Verarbeitung weiter zu beschleunigen.
Expand 2 Items
Vacuum concentrators, CentriVap® micro IR
Supplier: LABCONCO
The CentriVap micro IR vacuum concentrator has a very small footprint and therefore fits in tight spaces. It is ideal for small samples such as DNA and small throughput in molecular biology, proteomics, genomics, genetics, cell biology and drug discovery labs.
Expand 1 Items
Dry evaporation systems, N₂/48, RapidVap®
Supplier: LABCONCO
This system uses nitrogen blow down, vortex motion and heat to speed evaporation of up to 48 small samples or eight 450 milliliter samples at once.
Expand 3 Items
Dry evaporators, RapidVap® Vertex™ Dry
Supplier: LABCONCO
This evaporator speeds evaporation of up to 50 samples at the same time using dry heat and nitrogen blow down. Unlike water bath heaters, the dry block heater requires less maintenance, no distilled water or additives, and adds no potential source of contamination.
Expand 2 Items
Modular vacuum concentrators, Savant™ SpeedVac™
Supplier: THERMO SAVANT
The Thermo Scientific™ Savant™ SpeedVac™ SPD210 vacuum concentrator is a large-capacity vacuum concentrator with a modular design, ideal for drying aqueous and organic solvents.
Expand 3 Items
Evaporative concentrators, Kuderna-Danish, WHEATON®
Supplier: DWK Life Sciences
This unit is designed for the concentration of trace amounts of analytes in an organic solvent prior to analysis.
Expand 1 Items
Glass drying oven, B-585TO
Supplier: BUCHI
Small drying oven with metal housing and robust platform; glass drying chamber for optimal monitoring of the sample. Solvent residues can be dried up to a maximum temperature of 300 °C.
Expand 3 Items
Vakuum-Konzentrator, RVC 2-25 CDplus
Supplier: CHRIST MARTIN
Dieser Midi-Konzentrator ist ein universelles Tischgerät für routinemäßige Konzentrationsaufgaben. Kompakt und effizient passt er trotz seiner hohen Kapazität auf jeden Labortisch. Dieses Gerät eignet sich für die schonende Handhabung von DNA/RNA, Proteinen und anderen flüssigen Proben.
Expand 2 Items
Parallel vortex evaporators, Multivapor™ P-6
Supplier: BUCHI
This compact instrument for parallel evaporation of up to six samples under vacuum conditions is designed to optimise existing personal process workflows such as work-up of synthesys samples, evaporation of extraction samples or chromatographic fractions.
Expand 108 Items
Vacuum concentrator, RVC 2-18 CDplus
Supplier: CHRIST MARTIN
This mini concentrator is economical and compact. This bench device is specifically designed for the concentration of relatively small sample volumes. It is ideal for gentle handling of DNA/RNA, proteins and other liquid samples.
Expand 2 Items
Automated peptide synthesis, liberty
Supplier: CEM
Make higher purity peptides faster. Microwave energy drives biochemical reactions to completion up to 10 times faster than by conventional methods, resulting in peptides of greater purity than can be produced under conventional methods. Reactions are not just faster; they are more complete when driven by microwave energy.