Atlantic® ReadyDisks are solid phase extraction (SPE) disks, pre-assembled into disposable holders and are used for extracting organic and semivolatile organic compounds from aqueous matrices. The ReadyDisks are designed for single-use extractions with maximum speed and convenience in mind.
Biotage® ACT (Anti Cross Talk) Plate Adapter is a novel (patent pending) solution to the phenomenon of hot spot cross contamination, or cross talk, during evaporation.
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 plate or column formats.
The Biotage® Horizon 3100 Oil & Grease Extractor automates the entire extraction process and is fully compliant with US EPA Method 1664A/B and Standard Methods 5520G. Combine the Biotage® Horizon 3100 with the SpeedVap® Solvent Evaporation System, Solvent Recovery OG and Pacific® Premium Disks and Pre-Filters for a complete workflow solution. Reviews on SelectScience »
The Biotage® Horizon SmartPrep is designed for simple automation of manual solid phase extraction (SPE) methods. Up to 12 samples per SmartPrep System can be run. To control the SmartPrep System, choose the front touch screen or the intuitive SmartPrep software. Run the same method or different methods for each of the 12 samples.
Biotage® Lysera is the most advanced and easy to use bead mill homogenizer available. It is specifically designed for grinding, lysing, and homogenizing biological samples prior to sample preparation.
Biotage® PRESSURE+ manifolds deliver positive pressure, parallel processing for 96 well plates, 1 mL 3 mL and 6 mL column formats. The systems utilize a consistent, uniform flow of positive pressure to move both low and high viscosity liquids through SPE plates and columns.
The Solvent Recovery OG System is used for the efficient automation of oil and grease extraction and attaches quickly and easily to the SpeedVap® Solvent Evaporation System.
The Biotage® Solvent Recovery SVOC is designed to condense and collect solvent vapors which are generated when using the DryVap® concentration system.
Designed for high throughput laboratories, the Biotage® SPE Dry 96 and Biotage® SPE Dry 96 Dual Sample Concentrator Systems provide efficient solvent evaporation in microplate format and are compatible with 24-, 96- and 384-well collection plates. Heated gas flow from above and below the collection plate ensures efficient solvent evaporation.
Biotage® V-10 Touch rapidly dries samples dissolved in both aqueous and organic solvents. It easily evaporates HPLC fractions from purification, high boiling point solvents from synthesis and features a novel dry-down onto silica technique for easier dry load capabilities prior to purification.
Biotage® VacMaster™ Sample Processing Manifolds allow up to 10 (VacMaster-10) or 20 (VacMaster-20) SPE or filtration columns to be processed simultaneously under vacuum. Unused ports are sealed when not required. Easy to use vacuum controls provide excellent sample flow control, leading to reproducible, reliable extraction conditions.
Biotage® VacMaster™-96 sample processing manifold has been designed with the needs of the bioanalytical scientist in mind. This manifold is ideal when processing 96-well SPE, supported liquid extraction or protein precipitation plates either manually or with an automated liquid handling system.
The Biotage® VacMaster™ Disk is a solid phase extraction system for performing manual, disk-based extractions. The system is designed for high productivity laboratories and is an excellent first step for laboratories interested in moving from liquid-liquid extractions to solid phase extractions for sample preparation.
DryDisk Separation Membranes eliminate the problems inherent with chemical drying such as retention of water-soluable compounds, over-saturation, clogging, oven drying, and contamination.
The DryVap® Concentrator System automates the drying, evaporation, and concentration of organic solvent extracts prior to chromatographic analysis, combining what were once manual steps into one automated process.