Product Description
The Tri-Gas Mixer is a precision gas regulation system designed for live cell imaging and high-content microscopy applications. By accurately blending N₂, CO₂, and compressed air, it creates stable and programmable gas environments for maintaining physiological conditions during long-term cell observation.
Designed for seamless integration with live cell observation mini-incubators and imaging platforms, the system enables precise hypoxia control, real-time monitoring, and reproducible experimental conditions.
Key Features
Precise Tri-Gas Regulation
- Accurately mixes N₂, CO₂, and compressed air to generate customized gas environments
- Provides stable oxygen and carbon dioxide control for sensitive cell experiments
- Supports consistent gas conditions during long-term imaging workflows
Advanced Hypoxia Cycle Control
- Programmable multi-stage gas cycling simulates dynamic physiological oxygen changes
- Enables controlled hypoxia and recovery experiments
- Flexible cycle settings meet different experimental protocols
Optimized for Live Cell Imaging
- Designed for integration with live cell observation mini-incubators and microscope systems
- Maintains stable gas conditions during high-resolution imaging
- Suitable for inverted microscopy and high-content imaging applications
Real-Time Monitoring and Data Recording
- Integrated USB data logging system records experimental parameters
- Supports up to three months of continuous data storage
- Improves experimental traceability and condition analysis
Applications
- Live cell imaging
- High-content screening
- Hypoxia cell research
- Cellular metabolism studies
- Long-term cell observation
- Microscopy-based biological research
Enhance the precision of your research. Contact us today to explore the unmatched capabilities of the Maworde Tri-Gas Mixer!
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