| 2 | x | Rbt | Staubli Robot |
| 13 | x | Mcd | MicroDock |
| 3 | x | Inc | HighRes SteriStore D |
| 1 | x | Car | HighRes AmbiStore D |
| 1 | x | Car | HighRes MicroServe |
| 2 | x | Pip | Acoustic Dispensing Device |
| 3 | x | Rdr | Multimode Reader |
| 4 | x | Dsp | Multi Reagent Dispenser |
| 2 | x | Plt | Automated Plate Washer |
| 4 | x | Cfg | Automated Plate Centrifuge |
| 2 | x | Knf | HighRes MicroBlast |
| 2 | x | Slr | Automated Heat Sealer |
| 2 | x | Slr | Automated Heat Seal Remover |
| 2 | x | Bcr | Barcode Reader |
| 4 | x | Lid | HighRes Lid Valet |
| 1 | x | Connector | |
This system is a dual 9-sided HighRes MicroStar configured for factory-mode High Throughput Screening (HTS). This two robot system would be the core automation platform for a HTS group’s operations. It is equipped with a wide range of instrumentation compatible with the majority of today’s high throughput assay technologies. The capabilities include acoustic dosing of compounds, low volume multi-reagent dispensing and plate reading with multimode readers.
Flexible - Use docking technology to set the system up appropriately for the next campaign. For example, swap out the multimode readers for high content imagers for a cell-based assay.
Economical - Minimise revalidation work - undock an instrument for assay development, then plug the very same unit back into the system for screening
Accessible - Use HighRes device turntables to get safe access to your instruments mid-run - for simple maintenance, or for reagent swapping
Adaptable - Use Cellario, HighRes’ scheduling software, to run complete protocols across the whole system (for initial full library screening), or, if appropriate, split the two MicroStars into functional units for running separate follow-up/validation screens
Efficient - Use Cellario’s latest features (device pooling strategies, critical timings and decision nodes) to build intelligent contingencies into your high throughput screening system