Standard Microplates
Especially designed for use with magnetic separators for bead separation protocols. Due to the special shape of the stacking ribs, the plate sits much lower on the magnetic separator than standard round well plates thus facilitating the speed and efficiency of the separation process.
These popular plates are designed for high density sample collection and storage for a wide array of applications, such as cell biology, molecular biology and drug discovery.
Our 96 Deep Well Storage Microplates are suitable for many manual and automated protocols, such as the Illumina library and sample preparations, due to the plates' SBS footprint. Additionally, they are suitable for use on magnetic plates for bead separation protocols.
These popular plates are designed for high density sample collection and storage for a wide array of applications, such as cell biology, molecular biology and drug discovery.
This plate is designed for high density sample collection and storage, for a wide array of applications such as cell biology, molecular biology and drug discovery.
The 4titude® Assay Plate has been specifically designed for fluorescence, luminescence and scintillation applications. It is also suitable for homogeneous assays employing fluorescence intensity, FRET and TR-FRET where measurements are top-read. This high quality plate assures the necessary accuracy and consistency for automated high throughput systems, generating optimum signal to noise ratios.
Made of non-treated, medical-grade virgin polypropylene, Biotix 96-Well plates conform to the ANSI/SBS 1-2004 standard for automated high throughput processing.
ULA microwell plate for 3D culture and measurement
ULA microwell plate for 3D culture and measurement
Note: License Description - PLT,96WL,STRIPWELL,1X8,HIGH BI May be used in a variety of laboratory assays Flat bottom strips are designed to easily break apart and are pre-assembled in an style strip holder that allows each individual well to be positioned back into the plate once broken High binding surface binds medium (>10kD) and large biomolecules that possess ionic groups and/or hydrophobic regions. Binding capac…
