Magnetic Bead Separator
Separators are used to separate magnetic materials, such as magnetic beads, from the non-magnetic medium in a vessel. The magnetic separator unit pulls the magnetic beads and holds them using magnetic forces allowing the medium to be removed. magnetic separators provide an immediate starting point for performing rapid separations in single tubes/vessels as well as microtitre plates.
• Improve the rate of separation
• Improve wall retention
• Reduce cycle time
• Maximize yield
We provide magnetic devices for magnetic separation applications. The most complex automated life sciences machines benefit from the superior reliability of us.
In the most demanding process requirements, from no-sized particle capture to continuous flow separation, we supply the technology for increased productivity.
The experience and medical knowledge enable us to understand protocols and bead separation systems.
• Clean room assembly
• Machining of magnetic and non-magnetic materials
For new and existing products, we can collaborate on methods to improve rate of magnetic separation, improve wall retention, reduce cycle times and maximize yield. From single tube devices to tray units and automated solutions, we are your source for magnet expertise in magnetic separators
Offering You Resourceful Solutions
Because we understand that change and innovation are essential to you, our commitment to magnetic technology has made us the most comprehensive resource for biotech, life science and pharmaceutical industries in the area of biomagnetic separation and bead processing solutions. That commitment is backed by our position as a world leader in the design and fabrication of permanent magnets and highly specialized magnetic assemblies.
In the most demanding process requirements, from nano-sized particle capture to continuous flow separation, we supply you with the technology, equipment and processes that will lead to increased productivity.
We do not make Bead; we make the magnetic assemblies that enable these devices to operate effectively. In order to make a perfect magnet assembly, we would need more information you needs.