Highly uniform 3µm polymer-based magnetic spheres. A hydrophilic surface means low nonspecific binding in protein-based systems, and superior handling without the use of surfactant.

Highly uniform 1µm polymer-based magnetic spheres. A hydrophilic surface means low nonspecific binding in protein-based systems, and superior handling without the use of surfactant.

These high-binding beads are suitable for use across a range of research and diagnostic applications, whether you’re working at laboratory scale or have the more stringent requirements of high throughput applications. See noticeably decreased separation times, without breaking the bank! 5ml volume is great for testing!

ProMag™ are highly uniform polymer-based magnetite spheres available in a 3µm diameter. A unique surface means low nonspecific binding in protein-based systems, and superior handling without the use of surfactant.

BioMag® Maxi superparamagnetic particles are 3-12µm irregularly shaped iron oxide particles. This size distinguishes BioMag® Maxi from our well known conventional BioMag® particles that are approximately 1.6µm and our BioMag®Plus particles that are approximately 1µm. It has been shown that larger, denser particles are more efficient in immunomagnetic capture assays, especially in viscous solutions.

BioMag®Plus Carboxyl particles are provided for covalent coupling proteins to BioMag®Plus superparamagnetic particles.

The particles are provided as a suspension at 20 mg of particles/ml.

The BioMag®Plus Carboxyl Protein Coupling Kit includes all of the reagents needed for covalently coupling proteins to BioMag®Plus Carboxyl superparamagnetic particles.

The contents of the kit are sufficient for five coupling reactions.

• Concentration: 20mg/ml
• Stoichiometry: 240µmol/g

Magnefy™ ~1µm carboxylated superparamagnetic microspheres. High surface area / high surface titer microparticles with a rapid separation profile, Magnefy offer an additional performance-driven solid phase for magnetic particle-based assays and isolations.