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Concentrate or dry multiple large-volume samples in a single, unattended run using Thermo Scientific automated evaporation systems. These systems improve productivity with excellent reproducibility and recovery rates.

Evaporation of the reaction can occur if the reaction plates are not properly sealed, resulting in: Solution: Evaporation can occur if the plate is not properly sealed. If evaporation occurs, the signal from the reporter and ROX™ dyes increases due to an increase in concentration of the dyes.

Thermo Scientific™ Savant™ Universal Vacuum Systems are multipurpose vacuum source and solvent recovery systems, combined in a single, integrated unit. The system includes a refrigerated vapor trap, and an oil-free vacuum pump.

Reduce analysis time and increase reproducibility by automating sample preparation for your chromatography analyses. Our automated sample preparation solutions include solvent extraction, solid-phase extraction, and evaporation systems.

SPD130DLX has radiant cover to improve drying times by applying radiant heat from the top of the samples. Built in vacuum ramp and vacuum gauge in SPD130DLX and SPD140DDA allows adjustable vacuum level which prevents bumping and optimize drying time.

SpeedVac systems use the state-of-the-art centrifugation, vacuum and heat technologies for removing solvents and concentrating samples while maintaining sample integrity. A wide and diverse product range is able to provide solutions for a wide variety of solvent applications ranging from the...

Perform heating, stirring, and evaporation in a single system for a complete solution to conducting derivatization and other small-scale reactions with reliability and ease. The Thermo Scientific Reacti-Therm Sample Derivatization System can assist with gas chromatography (GC) sample preparation,...

Drying under vacuum allows liquids to evaporate at temperatures below the regular boiling point. Benefits include: Faster drying, since liquids evaporate at lower temperatures. Dry thermic instable materials very gently, at low temperatures (great for pharma/food drying applications).

High capacity modular systems can accommodate a large number of samples in a wide variety of formats. These systems offer the flexibility of working with 26 different rotors, including rotor blocks, to fit a variety of sample formats such as microcentrifuge tubes, vials, microwell plates and flasks...

Automate your entire sample preparation workflow with the EXTREVA ASE Accelerated Solvent Extractor. The EXTREVA ASE system combines and automates sample extraction, in-cell cleanup, and evaporation. Faster extraction, with four samples extracted in parallel, increases laboratory throughput and...

Sample preparation is a key step in analytical workflow. Our solutions include a multitude of consumables and automated platforms to enable fast, reproducible and easy sample preparation whatever your workflow requirements may be.

Thermo Scientific Arctic and Glacier Series refrigerated bath circulators offer outstanding cooling power, expansive temperature ranges, powerful force/suction pumps, and sophisticated digital control technology designed to ensure accuracy and reproducibility of your liquid temperature control...

After elution from the column, the mobile phase transports separated bands or analytes to the detector – the final HPLC component. While there are many HPLC detection methods, no single one can detect all possible analytes.

When problems arise in PCR and qPCR experiments, you may first seek to troubleshoot reagents and instrument settings ( related: troubleshooting guides on PCR and qPCR ). However, since the amplification reaction takes place within a plastic vessel, it is also important to look at potential issues...

Your DNA may not be accurately quantitated You may have degraded genomic DNA There may be inhibitors present in your DNA sample Your reagents may have been mishandled or may be expired You may not have ROX™ dye in your master mix There may be an error in your reaction setup, The amount of genomic...