To support the ongoing research efforts on Coronavirus SARS-CoV-2 causing COVID-19 disease, we've provided easy access to critical products needed for virus research and detection...
Ein gut funktionierendes QK-Labor garantiert die Integrität des Produktionsprozesses eines Unternehmens, von der Validierung der Rohmaterialien bis zur Überprüfung des fertigen Produkts...
Avantor ist bereits heute einer der wichtigsten Anbieter von speziellen Färbelösungen für das histologisch pathologische Labor. Wir erweitern täglich unser Produkt-Portfolio für unsere Kunden…
Mit seiner umfassenden Auswahl an Ausstattung für die Mikroskopie ist Avantor zu einem One-Stop-Shop für Kunden geworden, die sowohl spezielle als auch allgemeine Laborausrüstung benötigen.
Die neuen Avantor® J.T.Baker® Premium-Roboterspitzen in leitfähiger und nicht leitfähiger Ausführung liefern höchste Qualität und zuverlässige Leistung für Ergebnisse, denen Sie vertrauen können.
Avantor Services provides a wide range of specialized services and digital solutions to help you solve complex challenges.
We’ve built our reputation on consistent, comprehensive mastery of day-to-day operations, allowing lab, clinical, and production environments to focus their high-value resources on core scientific priorities.
As our customers’ needs have evolved, so have our capabilities. We have become experts in scientific operations, improving performance with sophisticated solutions and providing guidance on best practices.
You can select and customize services for peak efficiency, quality, and accelerated innovation.
VWR hat eine Reihe von neuen Dienstleistungen entwickelt, mit denen Sie Ihre Abläufe rationalisieren, Kosteneinsparungen erzielen und Ihr Labor effektiv führen...
Optimizing workflows, the parallel synthesis systems feature a combination of heating, cooling, or stirring functions. Combining at least two laboratory machines into one, the equipment saves valuable work space while increasing the rate at which compounds are discovered or processed. The reaction platforms streamline solution or solid-phase manipulation in any research laboratory, allowing more time for conclusions. Simultaneously running multiple experiments, the parallel synthesis systems increase efficiency over traditional methods.
Beschreibung:
Parallel synthesis system, Multivapor P-6, with safety shield, with evaporation unit, preparation/transfer rack, adapters and glassware, without flask, with V-700 vacuum pump and V-801 EasyVac vacuum module, Multivapor P-6, With type S condenser, Schüttelfrequenz: 0 - 370 min⁻¹, Heizleistung: max. 800 W, Temperaturbereich: Ambient…+95 °C, B×T: 270×400 mm
Beschreibung:
Parallel synthesis system, Multivapor P-6, with safety shield, evaporation unit and preparation/transfer rack, without adapters and glassware, flask, vacuum pump and controller, Multivapor P-6, With Rotavapor® set, Schüttelfrequenz: 0 - 370 min⁻¹, Heizleistung: max. 800 W, Temperaturbereich: Ambient…+95 °C, B×T: 270×400 mm
Beschreibung:
Parallel synthesis system, Multivapor P-6, with safety shield, with evaporation unit, preparation/transfer rack, without adapters and glassware, without flask, with V-700 vacuum pump and V-801 EasyVac vacuum module, Multivapor P-6, With type C condenser, Schüttelfrequenz: 0 - 370 min⁻¹, Heizleistung: max. 800 W, Temperaturbereich: Ambient…+95 °C, B×T: 270×400 mm
Beschreibung:
Parallel synthesis system, Multivapor P-6, with safety shield, with evaporation unit, preparation/transfer rack, without adapters and glassware, without flask, with V-700 vacuum pump and V-801 EasyVac vacuum module, Multivapor P-6, With type S condenser, Schüttelfrequenz: 0 - 370 min⁻¹, Heizleistung: max. 800 W, Temperaturbereich: Ambient…+95 °C, B×T: 270×400 mm
Beschreibung:
Parallel synthesis system, Multivapor P-6, with safety shield, with evaporation unit, preparation/transfer rack, adapters and glassware, without flask, with V-700 vacuum pump and sophisticated vacuum controller V-855, Multivapor P-6, With type S condenser, Schüttelfrequenz: 0 - 370 min⁻¹, Heizleistung: max. 800 W, Temperaturbereich: Ambient…+95 °C, B×T: 270×400 mm
Beschreibung:
Parallel synthesis system, Multivapor P-6, with safety shield, with evaporation unit, preparation/transfer rack, without adapters and glassware, with 1000 ml receiving flask, with V-700 vacuum pump and sophisticated vacuum controller V-855, Multivapor P-6, With type C condenser, Schüttelfrequenz: 0 - 370 min⁻¹, Heizleistung: max. 800 W, Temperaturbereich: Ambient…+95 °C, B×T: 270×400 mm
Beschreibung:
Parallel synthesis system, Multivapor P-6, with safety shield, with evaporation unit, preparation/transfer rack, without adapters and glassware, without flask, with V-700 vacuum pump and sophisticated vacuum controller V-855, Multivapor P-6, With type S condenser, Schüttelfrequenz: 0 - 370 min⁻¹, Heizleistung: max. 800 W, Temperaturbereich: Ambient…+95 °C, B×T: 270×400 mm
Beschreibung:
Parallel synthesis system, Multivapor P-6, with safety shield, with evaporation unit, preparation/transfer rack, without adapters and glassware, with 2000 ml receiving flask, with V-700 vacuum pump and V-801 EasyVac vacuum module, Multivapor P-6, With type C condenser, Schüttelfrequenz: 0 - 370 min⁻¹, Heizleistung: max. 800 W, Temperaturbereich: Ambient…+95 °C, B×T: 270×400 mm
Beschreibung:
Parallel synthesis system, Multivapor P-6, with safety shield, with evaporation unit, preparation/transfer rack, without adapters and glassware, with 1000 ml receiving flask, with V-700 vacuum pump and V-801 EasyVac vacuum module, Multivapor P-6, With type C condenser, Schüttelfrequenz: 0 - 370 min⁻¹, Heizleistung: max. 800 W, Temperaturbereich: Ambient…+95 °C, B×T: 270×400 mm
Beschreibung:
Parallel synthesis system, Multivapor P-6, with safety shield, with evaporation unit, preparation/transfer rack, adapters and glassware, with 1000 ml receiving flask, without vacuum pump and controller, Multivapor P-6, With type S condenser, Schüttelfrequenz: 0 - 370 min⁻¹, Heizleistung: max. 800 W, Temperaturbereich: Ambient…+95 °C, B×T: 270×400 mm
Beschreibung:
Parallel synthesis system, Multivapor P-6, with safety shield, with evaporation unit, preparation/transfer rack, without adapters and glassware, without flask, with V-700 vacuum pump and sophisticated vacuum controller V-855, Multivapor P-6, With type C condenser, Schüttelfrequenz: 0 - 370 min⁻¹, Heizleistung: max. 800 W, Temperaturbereich: Ambient…+95 °C, B×T: 270×400 mm
Beschreibung:
Parallel synthesis system, Multivapor P-6, with safety shield, with evaporation unit, preparation/transfer rack, without adapters and glassware, with 1000 ml receiving flask, without vacuum pump and controller, Multivapor P-6, With type C condenser, Schüttelfrequenz: 0 - 370 min⁻¹, Heizleistung: max. 800 W, Temperaturbereich: Ambient…+95 °C, B×T: 270×400 mm
Beschreibung:
Parallel synthesis system, Multivapor P-6, with safety shield, with evaporation unit, preparation/transfer rack, without adapters and glassware, with 2000 ml receiving flask, without vacuum pump and controller, Multivapor P-6, With type C condenser, Schüttelfrequenz: 0 - 370 min⁻¹, Heizleistung: max. 800 W, Temperaturbereich: Ambient…+95 °C, B×T: 270×400 mm
Beschreibung:
Parallel synthesis system, Multivapor P-6, with safety shield, with evaporation unit, preparation/transfer rack, without adapters and glassware, without flask, vacuum pump and controller, Multivapor P-6, With type S condenser, Schüttelfrequenz: 0 - 370 min⁻¹, Heizleistung: max. 800 W, Temperaturbereich: Ambient…+95 °C, B×T: 270×400 mm
Beschreibung:
Parallel synthesis system, Multivapor P-6, with safety shield, with evaporation unit, preparation/transfer rack, without adapters and glassware, without flask, vacuum pump and controller, Multivapor P-6, With type C condenser, Schüttelfrequenz: 0 - 370 min⁻¹, Heizleistung: max. 800 W, Temperaturbereich: Ambient…+95 °C, B×T: 270×400 mm
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