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Biotage Extrahera precision and accuracy performance part 2
This document details an example of the pipetting precision and accuracy data for four specified volumes across 24 (4 x 6) positions.

Biotage Extrahera precision and accuracy performance part 1
This document details an example of the pipetting precision and accuracy data for four specified volumes across a full 96 well plate.

Biotage Extrahera Sample Preparation Automation System
The Extrahera is a powerful, user friendly automation system for Supported Liquid Extraction (SLE), Solid Phase Extraction (SPE), Phospholipid Depletion (PLD) and Protein Precipitation (PPT) based methods, in 96 and 48 well plate formats, or 1, 3 and 6 mL column formats.

Biotage Flash Purification Systems
Pioneers of flash purification, Biotage have a proven record of innovation that began twenty years ago with the development of the first packed flash columns and first microprocessor controlled purification systems. The pioneering works of Biotage continues to this day with the introduction of the Isolera Dalton, the world’s first truly automated mass-directed flash purification system, and Biotage SNAP Ultra flash columns, capable of unparalleled sample loading options and outstanding performance compared to standard flash columns.

This catalog presents the extensive range of instrumentation for flash purification from Biotage.

Be sure you have your target compound the moment your purification is complete!
The Biotage Isolera Dalton integrates the Biotage approach to flash chromatography with true compound identification using mass detection. For the first time, Flash chemists can automatically collect targeted mass fractions of their compounds on a flash system. This system identifies compounds by mass in real time during flash separation, leading to greater confidence in purification and a significant saving in time and money. This combination of identification and purification removes complex off-line analytical steps from the workflow, vastly increasing throughput and putting the entire purification and analysis in the hands of the chemist. Reactor content can be injected directly to identify target masses, which then are transferred directly to the flash method for mass targeted purification.

Biotage TurboVap evaporation technology
This technical note describes the TurboVap patented vortex evaporation design that makes evaporation up to 10x faster compared to other techniques. The TurboVap family of evaporators is also briefly presented.

The evaporator of choice for evaporation from 96-well plates
The Biotage TurboVap 96 Concentration Workstation is a high speed concentrator designed to work with deep or shallow 96-well plates. It is an efficient alternative to the constant monitoring and long evaporation times that are characteristic of conventional techniques—with the added bonus of unattended operation.

The evaporator of choice for evaporation of large volumes
The Biotage TurboVap II Evaporation System has 6 sample positions and enables the user to evaporate up to 200 mL to solid state or concentrate into a fixed end-point volume. The small footprint of TurboVap II makes it the ideal choice in today's laboratories. It takes up only a fraction of the bench space used by conventional rotary evaporators and can even be used outside a fume cupboard by using the integral vent tube.

Biotage evaporation system selection guide
Biotage offers the largest range of solvent evaporation systems. This guide will help you to find the system that is best suited for your work, taking into consideration sample capacity, sample volume, your application, the solvents to be evaporated, the heating method and temperature range, and the evaporating technology.

The evaporator of choice for environmental laboratories
The Biotage TurboVap 500 can evaporate volumes up to 500 mL down to complete dryness with flat bottomed vessels or to a selectable endpoint at 0.5 or 1 mL. A water bath is used to maintain stable temperature, while the cooled glassware condenser collects the solvent. The condenser technology allows for efficient and cost effective collection of hazardous waste. It also prevents losses of samples and allows for analysis to detect cross-contamination issues.

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