| Xantus: Applications:
ELISA |
BACK |
The
standard Xantus platform can be used to automate ELISA
setup, and when combined with appropriate functional
modules (incubator, washer and reader) can perform the
complete assay. Those wishing to automate the pipetting
only can choose from a range of Xantus deck sizes and
options depending on the capacity requirements. However,
a family of fully automated ELISA platforms is also available.
The eRobots, based on
the Sias Xantus platform, are compact and fully automated
ELISA systems, designed for OEM and Private Label applications.
The eRobot automates the complete ELISA protocol, from one-step predilution and pipetting through incubation, washing and reading. Featuring optional bar code reading of samples, plates and reagents, comprehensive software tracks sample identification from receipt to result, and enables processing by batch or by worklist.
The eRobot ''application-oriented'' programming interface simplifies test method implementation, instrument preparation and assay execution, and offers bi-directional connection to Host PC (LIS) by ASCII or XML format file for worklist download and uploading results. Optional additional Database software with advanced functions (QC and statistics) is also available.
The Dynamic Run Manager schedules the steps of each assay before the run commences, and also provide a real time update of the test/plate process sequence.
Data reduction for qualitative and quantitative elaboration, and curve fitting on stored standard curves is also available.
Key features of the eRobot products:
Economical
• Very low maintenance
• Choice of washable or disposable tip
• Use original reagent containers
Powerful and efficient
• Predilution in one step
• Flexible deck layout
• Parallel assay processing
• Simple software interface with dynamic scheduling and comprehensive data reduction
Proven
Based on the proven Xantus technology - one family of robotic platforms, with individual solutions for every OEM requirement
Two models of the eRobot are available, each in several configurations:
| |
eRobot |
eRobot2 |
| |
Download eRobot brochure |
Download eRobot2 brochure |
| |
 |
 |
| |
eRobot for 4-6 plate ELISA processing |
eRobot2 for 2 plate ELISA processing |
| Tips |
2 or 4 tips, washable to save consumable costs and help save the planet
Tips are fully independent in both Y and Z axis movement

|
One tip
washable to save consumable costs and help save the planet |
| |
Each probe has a dedicated and individual liquid and clot detector. Washable tips can be thoroughly washed to minimise carry-over, and disposable tips are available as option for applications where zero carry-over is required. |
| Plate movement |
Independent robotic arm with plate gripper to move plates between functional modules

|
Robotic gripping tool is on the same arm as the pipetting tip

|
| Bar code reading |
The eRobot features semi automated barcode identification for samples, reagents, plates to ensure safe sample tracking

|
Optional bar code reading of samples and plates |
| Incubation |
Up to 4 plates can be simultaneously incubated at different temperatures, and the system can schedule and process 4-6 plates in parallel |
Plates can be incubated at room temperature on the deck, or on the optional temperature controlled single plate incubator module |
| Capacity |
The eRobot deck is flexible and can be equipped to suit the applications. Reagents can usually be placed in their original containers, reducing the need for time consuming and potential hazardous decanting. |
| |
Typically, the eRobot deck can accommodate 160 or 240 samples, 6 diluents and 90 reagents in modular racks, and can process shared plates for efficient test panel automation. Universal racks host different size of tubes, vials and original containers |
Typically, the eRobot2 deck can accommodate 96 samples, while reagents, standards and controls are put in their original containers into universal racks |
|