Zeiss CO2 Module S1 810-800001 CO2 Unit

Zeiss CO₂ Module S1 (Model 810-450001)

The Zeiss CO₂ Module S1 is a high-precision carbon dioxide control module designed for microscopy-based live-cell imaging, physiological gas regulation, and hypoxia studies. Featuring advanced environmental control, seamless integration with Zeiss imaging systems, and precise CO₂ regulation, the CO₂ Module S1 ensures optimal conditions for cell viability, metabolic research, and fluorescence microscopy applications.

Condition

Refurbished/Used (This product has been inspected and verified to meet manufacturer specifications.)

Included Items

• Zeiss CO₂ Module S1 (Model 810-450001)
• Integrated Carbon Dioxide Control System – Provides precise CO₂ concentration regulation for live-cell imaging
• User-Configurable Settings – Adjustable CO₂ levels for physiological and hypoxia studies
• Seamless Zeiss Microscope Integration – Compatible with Axio Observer and other Zeiss imaging platforms
• Touchscreen Interface – Intuitive controls for easy system configuration
• Gas Input/Output Ports – Enables connection to external CO₂ sources
• USB & Network Connectivity – Allows remote control and data logging

Key Features

• Precision CO₂ Regulation – Maintains controlled carbon dioxide levels for live-cell imaging
• Real-Time Environmental Monitoring – Ensures stable conditions for cell viability and fluorescence microscopy
• Seamless Zeiss Microscope Compatibility – Fully integrates with Zeiss imaging and incubation systems
• Adjustable CO₂ Levels – Configurable CO₂ concentration for physiological and pathological studies
• User-Friendly Touchscreen Interface – Simplifies system setup and experiment management
• External Gas Connectivity – Supports external gas sources for controlled carbon dioxide supply
• USB and Network Integration – Enables remote monitoring, data logging, and automation workflows
• Compact & Durable Design – Ideal for benchtop and integrated microscope setups

Applications

• Live-Cell Imaging Under Controlled CO₂ Conditions
• Fluorescence Microscopy with CO₂ Regulation
• Hypoxia Studies & Cancer Research
• Stem Cell & Regenerative Medicine Research
• Metabolic Studies & Cellular Respiration Analysis
• Pharmaceutical & Biotech Drug Testing

Specifications

Configuration shown is for demonstration purposes. Contact us to discuss your application and needs for a customized quote.