MAWORDE Hypoxia Workstation with Maximum Workspace with Three-Glove Configuration
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MAWORDE Hypoxia Workstation with Maximum Workspace with Three-Glove Configuration
The DY-TM is Maworde largest standard hypoxia workstation, integrating operation, incubation, and observation in a single system. It enables simulation of in vivo hypoxic microenvironments and supports stable cell culture and research under controlled hypoxic conditions.
Key Specification:
Our workstation ensures precise, reliable culture conditions with:
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O₂ Control Range: 0.1%–25.0%, in 0.1% increments
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CO₂ Control Range: 0–20.0%, in 0.1% increments
- Humidity Control: Room humidity to 85%
- Temperature Control: 3°C above ambient up to 45°C, in 0.1°C increments
- Pressure Range: 0.00 – 0.50 kPa, in 0.01kPa increments
Precise O2 & CO2 Control
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O₂ Control Range: 0.1%–25.0%, in 0.1% increments
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CO₂ Control Range: 0%–20.0%, in 0.1% increments (upgradeable to 0–60.0%)
- Optional Built-in Air Pump: Eliminates the need for an external compressed air source (O₂ control range: 0.1%–18%)
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Optional Anaerobic Control: Enables integrated hypoxia/anaerobic dual-mode operation
Seamless Entry System (SES)
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Rapid sleeve evacuation establishes an anaerobic barrier within 12 seconds
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Maintains continuous and stable hypoxic conditions during routine operation
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90° quick-open ports enable intuitive handling and improved internal space utilization
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Flexible operation modes adapt to different workflows and user habits
Advanced Gas Circulation Design
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Optimized airflow and circulation paths ensure uniform temperature, humidity, and gas concentration distribution
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High-performance axial fans enable rapid gas exchange and even diffusion for long-term culture stability
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Integrated bent-panel construction with anti-condensation viewing window technology ensures clear visibility and enhanced durability
Multi-Stage Hypoxia Cycle
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Supports 4, 10, or more automated gas cycling stages to suit different experimental needs
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Users can set cycle duration, gas concentrations, and the number of cycles according to their experiment requirements
Special Interlock Purge System
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Rapid purge: Automatically detects the oxygen level in the workspace and adjusts the interlock O₂ concentration to match
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Custom purge: Allows on-screen setting of O₂ purge concentration from 0 to 20.9% for special operations
HEPA Filtration & Pressure Safety Protection
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Integrated H14 HEPA filter (optional U16) effectively protects samples from particulate contamination
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High-response pressure relief valve precisely manages sudden pressure fluctuations, ensuring system and operator safety
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Built-in pressure-stabilizing water/oil reservoir buffers continuous pressure changes, maintaining a stable experimental environment
Intelligent Safety Protection
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Automatic alarm for low gas cylinder pressure
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Real-time chamber pressure monitoring
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Automatic leak detection with alarm and reduced gas intake frequency
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Intelligent dual locking system with auto-lock and one-touch manual lock
Specifications:
Options:
- HEPA Filtration System: High-efficiency HEPA filtration for particulate contamination control
- Programmable Hypoxic Cycle: Automated adjustments of O2 and CO2 concentrations for efficient sample stimulation
- Cable Port: Integrated cable access for internal equipment connection
- Sidewall Pipette Holder: Integrated sidewall-mounted pipette holder
- Single Plate Entry System (SPES): Rapid single-plate transfer system
- High Temperature Chamber: Provides controlled high-temperature environments (up to 55°C) for experiments
- Cooling System: Enables low-temperature conditions for specialized experiments
- Micro-Pressure Chamber: Offer precise regulation of static pressure ranging from 0 to 35 KPa (0 to 5 PSI), with an adjustment accuracy of 0.1 KPa
- Anaerobic System: Combined hypoxic and anaerobic operation in one workstation
- Additional Options Shown Below
Optional Features:
