Thermo Scientific CellInsight CX7 LZR High Content Screening and Imaging Platform with Robotic Plate Handler
Even more advanced performance through powerful laser illumination light source
CellInsight CX7 LZR HCS platform is fast, laser-based, automated cellular imaging and analysis platform for quantitative microscopy and phenotypic screening. It’s designed to provide you with the sensitivity and speed that’s needed for emerging assays.
| llumination | 7-channel, laser-based illumination |
| Camera | Photometrics High-Resolution Fluorescent Camera |
| Widefield | 7-channel fluorescent imaging |
| Brightfield | 5-channel brightfield imaging |
| Confocal | 7-channel confocal imaging |
| Objectives | 3-position objective (range from 2x–60x, low and high NA) |
| Focus | Software and laser-based autofocus for consistent scan times |
| Automation | Configured for fully automated plate handling and scanning |
| Software | HCS Studio software for integrated data collection and analysis |
Designed with 3D cell models in mind
- Ideal for 3D organoid and spheroid imaging
- 7-distinct, solid-state lasers to facilitate both widefield and confocal screens
- Designed to provide sensitivity and speed needed for emerging 3D assays
- Delivers better light penetration to sample and superior image quality
- Widefield and confocal imaging can be combined in the same run
- EurekaScan enabled
Microplates and slides
Compatible with SBS standard microplates (6–1,536 well) and slides
Automation
Orbitor RS 2 Microplate Mover
Increase throughput, storage capacity and operational flexibility with the Thermo Scientific Orbitor RS 2 Microplate Mover—industrial-sized performance within a compact, benchtop mover.
The Orbitor RS 2 is a high-speed microplate mover offering proven, reliable performance with totally flexible plate handling. Extensive vertical reach allows multiple stacked or high density instruments to be loaded in a small footprint, and a bi-directional telescoping arm provides superior reach, improved user safety and unlimited base rotations within a 360° workspace.
