Product Announcements: Laboratory Centrifuges

CTR SERIES
Single-axis or two-axis available.
Temperature chamber option.

Standard characteristics: (read more)

Centrifugal Separation of Edible Fats

Modern methods for processing raw animal fats into edible fats are characterized by wide-ranging use of centrifugal separation and clarifying techniques. Most common today is the wet rendering process, which is known to be gentle on the product. The dry rendering process is losing importance. Whichever process is used, separators and de... (read more)

Silica Gel GF 2000m Pre-Scraped Rotor for CycloGraph and Chromatotron. Never bother with the mess of scraping Rotors again! (read more)

The Book "Plant Drug Analysis" - by H. Wagner & S. Bladt - is currently out of print. However, we have access to a supply that is not available in the US. This is a very popular book for natural products analysis by TLC. Get a copy while you can. (read more)

The CycloGraph™ system is a centrifugally accelerated device for performing preparative chromatographic separations. It spins a layer of adsorbent material on a glass backing, using a solvent pump to apply the sample and mobile phase to the center of a spinning ring. The mobile phase accelerates through the adsorbent, separating the sample components as circular bands. (read more)

The TLC AUTOSPOTTER is a semi-automated device used to apply samples on Thin Layer Chromatography plates. The instrument eliminates the need for manual sample application and can be used to apply up to 18 samples at a time. The unit has been designed for use custom SGE brand TLC syringes with blunt Teflon tipped needles. (read more)

The CycloGraph system is a centrifugally accelerated device for performing preparative thin layer radial separations. The separations occur quickly (within 20 minutes) with no need for scraping separated bands as with traditional Thin Layer Chromatography. (read more)

The UNIPLATE-T Taper Plate, invented and patented by Analtech, is a unique preparative TLC plate that provides unusually high resolution for a preparative layer. It has a wedge-shaped adsorbent layer, progressing from 300 microns (bottom) to 1700 microns (top.) Below the silica layer is a 700-micron-thick preadsorbent zone provided for easier sample application and higher sample resolution. (read more)