A Magnetic Separation Rack (also called a separator or stand) separates these complexes of magnetic beads and their bound components from a complex mixture in solution. This procedure produces an isolated solution of your desired biological constituents, which can then be enhanced and concentrated. The magnetic separator, which will separate your beads from the solution, is another critical factor in the magnetic bead separation procedure. An external magnetic field is necessary to move the beads, commonly referred to as a magnetic separation rack. Biomagnetic separation techniques are optimized by establishing the optimal magnetic bead and separation rack characteristics. Magnetic force is a fundamental property of the biomagnetic separation process. Two significant forces are influencing your solution. The drag force caused by the viscosity of your solution stops your molecules from separating. The magnetic force of your magnetic separator rack overcomes the drag. Magnetic bead separation is most efficient when the separation conditions (magnetic force) are uniform across the working volume. As a result, it is vital to ensure that the separation rack can expand in tandem with the operational volume. Bioclone offers magnetic racks to help you purify biomolecules from small-scale to large-scale. These modular magnetic racks enable rapid protein purification while simplifying the operation.