Equipment

CEM Discover

The Discover® line of microwave synthesis systems is built upon CEM's Focused™ Microwave Technology featuring a unique, single-mode cavity designed to automatically focus microwave energy with maximum efficiency regardless of the physical properties of the reaction. With the largest single-mode cavity on the market, Discover not only accommodates pressurized vessels of various sizes, but also offers the unmatched flexibility to perform atmospheric reactions in standard glassware, up to a 125-mL round-bottom flask.

Buchi sepacore

Buchi Sepacore offers customers easy to use solutions for preparative chromatography. With the new Cartridger, cartridges can be packed in one step and are ready for immediate use.The logical, modular structure has been developed to the needs of the user: The system can be adapted and extended at any time according to your separation problems.

ISCO CombiFlash Companion

The CombiFlash® Companion® personal flash chromatography system can be controlled or monitored from anywhere, using any internet connection with Microsoft Windows® Explorer. It can even send you an e-mail notification when your separation is done. The system’s advanced automation and communication capabilities offer a new dimension of “productivity with peace of mind”, freeing you to pursue other priorities without distraction while a purification is in progress.

FRX200

FRX200 is a flexible flow reaction system enabling solid phase or solution phase chemistry on mg - kg scale and multi step chemistry. Reaction optimisation and preparative synthesis are possible using a range of different reactors (a microrector, tube reactor and 4 solid-phase columns). The inclusion of solid phase columns allows solid supported reagents, scavengers and catalysts to be used. The system also includes a Pressurisation Module, enabling operation above solvent boiling points, and a Collection Module which allows manual collection of different fractions of products as reaction conditions change.

FlowSYNTH: Continuous Flow Reaction System

The new FlowSYNTH system is a continuous flow microwave reactor that represents the link between laboratory-scale reactions and industrial-scale synthetic production. This revolutionary system allows chemists to scale up reactions from grams to kilogram quantities.

Atlas Potassium

Atlas Potassium is automated batch reactor system. It is designed for chemical reaction in jacketed reactors - with an easy to use vessel clamping system and integral oil drain unit and with integrated temperature and circulator control. Atlas Potassium is equipted with a range of vessels including 50ml, 100ml, 250ml, 500ml, 1 litre, 2 litres and 5 litres. Turning the control knob changes circulator temperature and overhead stirrer speed. Atlas Potassium also allows users to edit and run profiles from the Base Unit to automatically control heating/cooling from a circulator and stirring speed.

Pure-Solv

Pure-Solv solvent purification system effectively removes water and oxygen to produce dry, deoxygenated High-Purity Solvents on demand. Pure-Solve system eliminates thermal distillation risks, the risk of injury to our staff and the risk of fires. Solvents pass through activated columns under low pressure to remove trace impurities. Stainless Steel Schlenk Vacuum line and Sigma Aldrich Airfree flasks allow you to safely transfer solvents without risk. Flammable cabinet is equipped with welded stainless steel bulkhead fittings for solvent transfer to maintain flammable rating.

BR-300

BR-300 is a high pressure reactor. The reactor is locked with a quick-lock clamp that is manually applied, without the need for tools. The lid offers a total of six connections which can be employed as: temperature probe submersion tube, metal rupture disc to safely limit the maximum pressure, pressure indicator, pressure relief valve and two for any other purpose (e.g. a gas sampling valve or liquid sampling). Temperature regulation is by means of a temperature probe in a submersion tube to measure the internal reactor temperature.