Speed your research and optimize your diagnostics with VYVID™ Superparamagnetic Silica Beads.
Delivering efficient separations, the new VYVID™ suite of superparamagnetic silica beads enhance in-vitro diagnostics offerings with high quality, fast and accurate separations.
VYVID™ represents a new class of magnetic particles suitable for applications involving high-throughput extraction and screening assays, manual small-scale isolation, or cell separation applications. Each VYVID™ product features our novel particle design that clads a superparamagnetic core with silica to eliminate the need for chromatography, centrifugation or vacuum filtration steps required in typical biomolecule purifications. The beads’ superb magnetic response enables speed and efficiency in separation. Plus, the beads lose all their magnetization (magnetic remanence) once the external magnetic field is removed, so they can be resuspended immediately, dispersing easily with no residual bead-to-bead magnetic attraction.
VYVID™ vs. Competition
A side-by-side comparison video demonstrating the superior magnetic response of VYVID™ against the competition.
Watch the video
Watch the video
Since 1999, Grace has pioneered research and development of superparamagnetic silicas, filing our first patent on the technology with the US Patent and Trademark Office in 2001.
Today, VYVID™ superparamagnetic silica is produced at our ISO-9001 certified facility in California, under strict quality controls from raw material to finished product for optimized performance.
Grace Manufacturing Capabilities
- Controllable product specifications for reproducibility
- Dedicated manufacturing facility in North America with metric-ton scale capacities
- GMP-compliant management system that meets the stringent requirements of the pharmaceuticals industry. ISO 9001:2015 certification
- Expert scientists and engineers for customized products on an OEM basis
VYVID™ superparamagnetic silicas are available in various particle sizes, surface modifications (functionalizations) and silica to magnetite compositions, from small to multi-ton quantities to meet your application, performance, volume and economic requirements.
