MAGic™Accio Pilot
DURABLE MAGNETIC SEPARATORS FOR LAB, PILOT AND PROCESS SCALE
MAGic bioprocessing provides magnetic separators (MAGic™Accio) that are optimized for easy and efficient capture of the magnetic resin from crude sample mixtures. The standard units are designed for durability with a lacquered plastic shell and nickel plated neodymium magnets placed safely inside. They fit standard test tubes and are available in sizes from 1 ml to liters. The larger custom units are proprietary designed magnetic systems (MAGic™Accio Process) made for efficient capture of 1-40 liters of magnetic beads from infinite volumes of complex feedstocks.
The MAGic™Accio series of laboratory magnetic separators have been optimized for use with MAGic™Beads and are ideal for most bioseparation applications. The LAB and PILOT units are designed for durability with a lacquered plastic shell and nickel-plated neodymium magnets placed safely inside. The separators fit standard test tubes and are available in sizes from 1 ml to 2,000 ml. The combination of MAGic™Beads and MAGic™Accio is a simple biomagnetic separation platform that requires no special training to use. The separators require very little maintenance, and several batches can be processed in parallel using the same unit, making the running costs very low. The larger custom units are proprietary designed magnetic separators (MAGic™Accio PROCESS) made for efficient capture of 1-40 liters of magnetic beads from infinite volumes of complex feedstocks.
During the development phase, medium-scale processing of peptides, proteins or antibodies from clarified- or unclarified cell-culture mixtures is performed in sample volumes from 5 ml up to a few liters. The use of the MAGic™Accio PILOT 50, MAGic™Accio PILOT 500 and MAGic™Accio PILOT 2,000 together with 20µl – 250ml of settled MAGic™Beads offers a durable, convenient and fast separation platform of up to 10 gram of proteins per each bottle via serial or parallel-process manual configuration.
By combining the different MAGic™Accio units, low expressed target peptides and proteins can be captured from a large volume and then washed and eluted in a smaller sized vessel, thus achieving a significant product concentration.