The Lab-in-a-Microplate
A miniature reaction processing engine
Bringing Labs into a new era, with simple, low-cost automation.
Embedded Files
Autonomous integrated lab processes in microplates
Autonomous integrated lab processes in microplates
The Axor Biosystems Lab-in-a-Microplates are made up of 96 independent miniaturized fludic processors.
Each Cell — just 9mm square, with 96 cells per plate — performs 5 process steps without a single moving mechanical part or manual interventions.
- Biosynthesis
Reaction mixture (for example, in vitro transcription and translation reagents) and samples are loaded directly into the Input well of each cell.
Reaction mixture (for example, in vitro transcription and translation reagents) and samples are loaded directly into the Input well of each cell.
- Separation
Reaction products are pre-concentrated and separated based on charge-to-mass ratios.. The cells in the microplates are pre-loaded with all required reagents for true load-and-go operation.
- Molecular Weights
Machine learning-based analysis analyzes real-time data to deliver molecular size information during the run.
Machine learning-based analysis analyzes real-time data to deliver molecular size information during the run.
- Quantitation
Internal standards loaded with each sample in each cell provide real-time quantification and molecular weights.
Internal standards loaded with each sample in each cell provide real-time quantification and molecular weights.
- Purification
Up to two sub-components from each reaction can be purified based on their charge-to-mass ratios. The purified product is pipetted out, ready for use in the downstream step.
Microplate stips for use with
Genomic applications (Cloning, Next Generation Sequencing, PCR product purification)
Proteomic applications (Synthetic biology with in vitro transcription and translation, Mol Wt analysis, kinetic assays)
Affinity binding based assays
Viral and cell analysis and purification
Page updated
Report abuse