Physoxia and Hypoxia Chamber
SCI-tive Dual
Last updated: August 20, 2024
SCI-Tive
Precision Hypoxia Chamber for Optimal Cell Culture
Dual workstation is designed for advanced cell therapy and stem cell research, featuring two independent chambers that can be controlled separately to simulate different physiological conditions. This flexibility allows researchers to perform simultaneous experiments in varying environments, providing greater versatility and efficiency in their studies. Whether you’re working with standard cultures or require a specialized environment for complex imaging tools, the SCI-tive Dual adapts to your needs.
The symmetrical dual model is ideal for parallel studies, while the asymmetrical version offers a larger right-hand chamber, perfect for accommodating advanced imaging systems like inverted or atomic force microscopes. Both models include features such as precise environmental control, HEPA filtration, and customizable access ports, ensuring a stable and controlled atmosphere for your research. The SCI-tive Dual workstation not only enhances the quality of your results but also streamlines your workflow, making it an essential addition to any cutting-edge laboratory.
Your benefits
- Dual Independent Chambers: Offers flexibility with two separately controlled environments.
- Enhanced Workspace: Additional space accommodates larger instruments.
- Symmetrical and Asymmetrical Configurations: Provides options to suit different experimental setups.
- In-Vivo Simulation: Mimics in-vivo conditions for reliable and consistent cell culture results.
- Precise Environmental Control: Offers stable control of oxygen, carbon dioxide, temperature, and humidity.
- Minimal Disruption: Allows direct access to the incubated work area with minimal disruption to the environment, reducing stress on cells.
- Internal HEPA Filtration: Ensures a contaminant-free atmosphere within the workstation for safer research.
- User-Friendly Interface: Easy-to-use touchscreen controls for adjusting and monitoring conditions, with data logging capabilities.
SCI-Tive models
| Technical Specifications* | *Subject to change without notice | |||
|---|---|---|---|---|
| model | SCI-tive | SCI-tive Dual Symmetrical | SCI-tive Dual Asymmetrical | |
| External dimensions | Width | 1660 mm | 2995 mm | 2815 mm |
| Height | 1077 mm | 1077 mm | 1077 mm - 1195 mm | |
| Depth | 826 mm | 826 mm | 975 mm | |
| Internal dimensions | Width | 1200 mm | 1200 mm (L & R) | 1200 mm (L) / 1020 mm (R) |
| Height | 620 mm | 620 mm (L) / 620 mm (R) | 620 mm (L) / 808 mm (R) | |
| Depth | 600 mm | 600 mm (L & R) | 600 mm (L) / 800 mm (R) | |
| Maximum capacity | T75 flasks | 592 | 592 (L) 592 (R) | 592 (L) Varies (R) |
| Working capacity | T75 flasks | 180 | 180 (L) 180 (R) | 180 (L) Varies (R) |
| Interlock dimensions | Width | 270 mm | 270 mm | 270 mm |
| Height | 210 mm | 210 mm | 210 mm | |
| Depth | 200 mm | 200 mm | 200 mm | |
| Interlock capacity | T75 flasks | 15 | 15 | 15 |
| Interlock time cycle | 60 secs | 60 secs | 60 secs | |
| Weight | 230 kg | 355 kg | 355 kg | |
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