Immunomagnetic beads are uniform, spherical particles with superparamagnetic properties and a protective shell. Immunomagnetic bead technology and its industrial applications have become a popular research direction. By coupling with different immune ligands, these beads can be applied to various complex techniques such as magnetic activated cell sorting, immunoassays, nucleic acid separation, and protein purification. Magnetic cell separation beads are widely used in clinical medicine, life sciences, and microbiological detection.
A magnetic stand or separator is a permanent magnet that provides a separation magnetic field for magnetically labeled cells, facilitating magnetic cell sorting. The magnetic stand can sort cells bound to magnetic beads and remove magnetic beads from cultured cells, enhancing the efficiency of magnetic assisted cell sorting techniques.
Lightweight Design
Compact and weighing only 12.3 kg, it greatly enhances ease of operation and transportation, making magnetic beads cell sorting in research and medical work more efficient.
Flexible Separation Volume
Static magnetic bead cell separation volume ranges from 50 to 330 mL, with continuous separation capacity exceeding 10 L. This flexibility allows for diverse magnetic beads cell isolation applications in various research settings.
Powerful Main Magnet Performance
With over 8000 Gauss and dimensions of 170*210 mm, the main magnet ensures a tight bond between beads and cells, improving sorting efficiency of magnetic bead isolation. This powerful magnet is crucial for enhancing the accuracy of magnetic sorting cells, especially in high-demand cell separation magnet protocols.
Adjustable Angle
The main magnet adjusts every 15°, allowing optimal sorting angles to enhance magnetic bead sorting efficiency for both small-scale and large-scale magnetic cell isolation experiments. This feature also allows for better control over immuno magnetic separation procedures.
User-friendly Rotation and Installation
The main magnet can be rotated 180°, with multiple mounting positions for hanging rods, adapting to various laboratory environments and simplifying the process of magnetic cell separation. This versatility is ideal for laboratories conducting magnetic activated cell separation across different scales of experimentation.
Secondary Magnetic Capture
Captures residual beads missed during initial capture, improving sorting purity and accuracy in magnetic activated cell separation processes. This secondary capture mechanism ensures higher sorting purity crucial for magnetic cell separation.
Excellent Compatibility
The secondary magnet tube clamp fits test tubes of various diameters, offering greater flexibility for magnetic bead sorting in research. This compatibility makes it an excellent choice for laboratories working with various magnetic beads cell isolation techniques, ensuring smooth and efficient magnetic cell separation workflows.
Product Parameters:
Device Specifications | Dimensions (Length × Width × Height) | 300 mm×294 mm×318 mm |
Weight | 12.3 kg | |
Main Magnet | Weight | 6.35 kg |
Dimensions (Length × Width × Height) | 170 mm × 210 mm × 10 mm | |
Magnetic Field Strength | > 8000 Gs | |
Rod Length | 700 mm | |
Rotatable Angle | Adjustable every 15° | |
Max. Bag Size (Length × Width × Height) | 184 mm × 204 mm × 10 mm | |
Secondary Magnet | Dimensions (Diameter × Height) | 46 mm × 80 mm |
Ordering Information:
Product Name | Cat. No. |
BioHub® Magnetic Separator | BLKHANDMAG01 |
Magnetic bead cell separation is a cutting-edge technique that allows for the precise isolation of specific cell types from complex biological mixtures. BioLink is a leader in providing high-quality tools for magnetic beads cell sorting. Our products are designed to meet the rigorous demands of both academic and industrial research, offering unmatched reliability and performance. Whether you're working on magnetic cell isolation or large-scale magnetic bead cell separation, BioLink has the expertise and solutions to help you achieve your research goals. Browse our catalog to find the perfect magnetic cell separation tools for your laboratory.
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