[Introduction] [Boiling Points] [Rotary Evaporators (roto-vaps)] [Centrifugal Evaporation] [Vortex Evaporation] [Newsletter] [Solvent Recovery Systems] [Vacuum Pumps]

Introduction
The speed and ease of solvent removal is an important issue in organic laboratories, especially when handling a large number of samples as in parallel synthesis.

The basic configuration consists of a "moving" flask or test tube containing the solution, a condensing unit, a (chemically resistant) vacuum pomp and a recipient. The instruments are usually categorized according the "kind of moving":

• Rotating (the classical rotovap)
• Vortexing
• Centrifuging

Boiling Points

• Properties of Organic Solvents
• ACD PhysChem Suite

Rotary Evaporators

• Buchi
  • Rotavapor R-210/215
  • Rotavapor R II
• Genser Scientific Instruments
  • POWERVAP series
  • PILOTVAP
  • PILOTVAP 1
• Heidolph
  • Hei-VAP Value
  • Hei-VAP Advantage
  • Hei-VAP Precision
• IKA
  • RV 10 series

Centrifugal Evaporation

• Genevac
  • EZ-2 Personal Evaporator
  • HT-4X Series II
  • HT-8 Series II
  • HT-12 Series II
  • HT-24 Workstation
  • Rocket Evaporator
• Organomation Associates Inc.
  • S-EVAP-RB Solvent Evaporators
  • S-EVAP-KD Solvent Evaporators

Vortex Evaporation

• Labconco
  • RapidVap Vacuum
  • RapidVap N2
  • RapidVap N2/48
• Buchi
  • Syncore Polyvap
• Porvair
  • MiniVap microplate solvent evaporator.
• Glas-Col (96-well plates)
• Biotage
  • SPE Dry-96™
• Prolab Instruments
  • IR-Dancer
• Thermo Electron
  • SpeedVac Systems
• Caliper Life Sciences
  • Zephyr SPE Workstation

Solvent Recovery Systems

• Traps and Other Vacuum Pump Accessories (Labconco)

Vacuum Pumps (chemically resistant)
Vacuubrand

• PC 101/201
• PC3001
• PC 3002/3004