We use state-of-the-art, continuous flow microfluidic techniques, and advanced automation to manufacture highly monodisperse and batch-to-batch consistent magnetic materials (CV values as low as 2.5% in both cases). All products are supplied with detailed, high-quality characterization data (both processed and raw), which our customers are free to reference in their publications.
Magnetic nanoparticles possess unique and powerful properties. Magnetic particles interact with external magnetic field to produce actuation, temperature increase and alteration in the magnetic field. These properties are employed in a range of applications including:
In all of the above applications, the performance of magnetic nanoparticles is critically dependent on particle size, shape and architecture. This is a result of a direct correlation between these particle parameters and its fundamental properties such as magnetic state, remnant magnetization and magnetic anisotropy.