The label-free Octet K2 Biolayer Interferometer is your entry-level system to the automated measurement of molecular interactions at moderate throughput.
Its patented 2-channel design allows you to measure 2 samples in parallel and thus to save time. Quickly and easily characterize protein-protein or protein-small molecule interactions, determine affinity or simply the concentration of active analytes.
The microfluidic-free Dip-and-Read™ format combines the measurement of unpurified mixtures directly in standardized microplates. The flexibility with regards to sample types ranges from molecules sized only 150 Da to viruses or whole human cells.
After measurement, the samples can be used for further processing steps or analyses.
The biosensors can be regenerated and reused when the experiment is over. This reduces your operating costs for consumables.
Increase the efficiency and quality of your research with the Octet K2 Biolayer Interferometer.
Full power across 8 channels: Label-free and GxP-compliant analysis of molecular interactions
Biolayer interferometer system ✓ 8-channel measurement ✓ Active temperature control ✓ Protein-protein interaction assay ✓ Fully automated ✓ GxP compliant ✓ more
Characterize and Quantify Proteins with Only a Single Droplet
Biolayer interferometer system ✓ Minimal space required ✓ Only 4 µL of sample ✓ Protein quantification ✓ Protein kinetics ✓ Protein-protein interactions ✓ more
No need for process delays due to protein analysis: Quantify 96 samples in 2 minutes
Bio-layer interferometer system ✓ High-throughput – 96 biosensors ✓ Protein quantification ✓ Assay for protein-protein interactions ✓ Fully automated ✓ more
Characterize and Quantify Proteins with Only a Single Droplet
Fits into every lab and suits any budget: BLItz-start into label-free real-time protein analysis more
Free eBook: Label-free detection: technologies, key considerations, and applications
In this e-book, the four technologies are compared in terms of their capabilities and workflows to provide guidance for choosing the most suitable platform more
Discover the future of HPLC and ELISA today
Learn how to save valuable resources by combining critical characterization assays into one real-time platform. more
