To make research even more efficient and to keep your hands free, SYNENTEC has developed an automated plate handler that is fully integrated into the YT-software® and compatible with the imaging systems CELLAVISTA® and NYONE® as well as with the automated incubator Cytomat™ 2-C LiN.
Tailored to the requirements of our customers, we have developed SYBOT-1000, a plate handler that is compatible and specially adapted with SYNENTEC’s imaging systems CELLAVISTA® and NYONE® which are integrated into YT-software®.
Due to the increasing throughput requirements in research, SYBOT-1000 has a short handling time of 30 seconds per plate movement into or out of our imaging systems. All applications from our portfolio can be automated with SYBOT-1000.
| Footprint [depth/width/height] | 800 / 420 / 800 [mm] |
| Capacity [plates] | 20 |
| Handling time | 30 s [per plate] |
| Compatible systems | CELLAVISTA® NYONE® CytomatTM 2-C LiN |
| Supported carriers | SBS format multiwell plates |
| Lidded plates | Supported |
| Interface | YT-Software® |
| Assays | All Applications |
| Traceability | Barcode Reader Integration |
SYNENTEC offers various peripheral products and robotics for automation to extend functionality and to improve laboratory processes as well as increase throughput and walk away time.
The peripherals and accessories are compatible with SYNENTEC’s imaging systems CELLAVISTA® and NYONE® which are integrated into YT-software®. Upgrades are possible anytime they are needed to achieve the required throughput, functionality and ease of use.
From simple plate loading with SYBOT-1000 at ambient temperature or long-term imaging combining SYBOT-1000 with CytomatTM 2 C-LiN to high end integrations with external collaborators into cutting edge automation enclosures, SYNENTEC has a solution for your automation project.
SYNENTEC's imaging systems support state-of-the-art automation and can be easily linked with:
In addition to our own automation product portfolio, SYNENTEC has been working with various automation professionals for many years to bring high-throughput imaging seamlessly into customized automation environments:
