SEPMAG Biological Magnetic Separators

real-time monitoring

Our QCR quality monitoring software and hardware can monitor and trace every separation process, and achieve monitoring of the separation process by comparing it with the set standard parameters.

Greatly reducing the loss of raw materials and avoiding the aggregation of magnetic beads. Our magnetic separation system provides a uniform and stable magnetic field throughout the entire working area, ensuring that the magnetic beads in the entire system are always placed in the same force field environment, thereby avoiding the aggregation of magnetic beads.

Safe magnetic separation equipment. Large magnets often come with significant potential risks, but our magnetic separation system is designed with special protection to ensure safe placement next to a computer and protect operators from potential safety hazards caused by using traditional large magnets.

SEPMAG Biological Magnetic Separators

SEPMAG N series: Suitable for large plastic containers, providing uniform and stable magnetic separation process china@sempag.eu In order to achieve full production capacity while reducing the loss of magnetic beads, the production department needs an efficient and economical means to achieve a processing capacity of liters per batch. The SEPMAG N series magnetic separation system is used for batch operations of large-scale biological magnetic separation, including nucleic acid separation, protein purification, cell sorting, biological catalysis, treatment, and diagnosis. SEPMAG's multiple technologies have enabled magnetic modules to provide a uniform and stable magnetic field within large working areas. By using this separation technology, large-scale production can be achieved, and the operation is simple and safe, while ensuring the validation and quality assurance of the separation process. The QUALITANCE software system, which is compatible with the SEPMAG N series, allows operators to monitor the entire separation process. The problems that arise during the separation process, including the size, distribution, concentration, or buffer state of the magnetic beads, can be monitored. Operators can discover problems on site and correct them in a timely manner, which can effectively avoid discovering problems only after several hours, days, or even weeks of QC after production is completed.