1The Yokogawa Fluid Imaging Technologies models.
These are Yokogawa Fluid Imaging Technologies instruments laboratories connect to Seal, listed from the manufacturer’s own documents. A model not listed here works the same way if its software saves a file: send us the model and an example output.
Particle size analyzers
- FlowCam 5000
- FlowCam 8100
- FlowCam 8400
- FlowCam Cyano
- FlowCam Macro
- FlowCam Nano
High-content imaging systems
- CellVoyager CQ1 Benchtop Confocal System
- CellVoyager CQ3000 High-Content Analysis System
- CellVoyager CV6000
- CellVoyager CV7000
- CellVoyager CV8000 High-Throughput System
Imaging systems
- CSU-W1 Confocal Scanner Unit
- CSU-X1 Confocal Scanner Unit
- CSU10 Confocal Scanner Unit
- CSU22 Confocal Scanner Unit
Particle counters
- FlowCam LO
Other
- Single Cellome System SS2000
- Single Cellome Unit SU10
2How Seal collects the results.
Seal IoT runs on the instrument workstation, or a host that can read the files, and watches the folder the software exports to. For these instruments that is usually CellPathfinder and VisualSpreadsheet. When a file is complete it sends it to Seal over outbound HTTPS; no inbound connection to the workstation is needed.
A Seal Script checks the export’s layout, resolves the run and sample it belongs to and writes the selected values into typed fields. The original file is kept with the result. Acquisition and the vendor’s analysis stay in the instrument software: Seal collects completed results and sends no instructions to the instrument.
How capture works and what IT confirms are set out on the instruments page; the setup instructions cover installation.
3Start with one instrument.
Bring the model, the installed software version and an example output. We map the connection into your workflow and test it with a late file, a duplicate transfer and a failed integrity check before you rely on it. Discuss your Yokogawa Fluid Imaging Technologies instruments.