Description
The peripherals and accessories are perfectly matched to 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 X-1000 at ambient temperature or long-term imaging combining SYBOT X-1000 with Cytomat 2 C-LiN to high end integrations with external collaborators into cutting edge automation enclosures, SYNENTEC has a solution for your automation project.
Fully integrated SYBOT 1000 including Cellavista4 and Cytomat 2C-LiN incubator
Features
- Reliable handling
- Safe gripping
- Remotely controlled by YT-Software
- Automatic plate transfer
Performs
- Extremely robust all-in-one automation
- Hands free high-throughput workflows
- Long term imaging at ambient temperature with Cytomat 2 C-LiN
- Simple plate loading with SYBOT X-1000
- Perfect plate traceability via barcode scanner
Supports
- Automated e-mail notification for error cases
- Easy linkability with batch processing and automation server
- Extensions with liquid handlers, cell printers, clone pickers
- Other automation interfaces
Offers
- State-of-the-art automation
- Learning and simulation software with plant simulator to run digital twin of the automation system
- Optical sensors for plate presence in all positions on the automation deck to avoid missing steps
- Precise handling using electronic plate alignment to compensate variations in plate grip
Advanced features
- No coding skills required
- Supports multi-user/applications
- Process control by means of synet.viewer
- 21 CFR part 11 / Annex11 compliant scheduler Optional
Video
More on SYNENTEC
SYNENTEC’s team of engineers, software developers and biologists have combined their knowledge to develop automated, high throughput cell culture microscopes and fast, easy to use image analysis software. They continuously develop and perfect the imaging systems and work with customers to create bespoke applications to meet their individual cell imaging and analysis needs.
