MAWORDE Mid-Size Hypoxia Workstation - Support Cell Culture Research Under Hypoxic Conditions

The DY-L is a mid-size hypoxia workstation designed to balance space efficiency with experimental precision, 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:

O₂ Control Range: 0.1%–25.0%, in 0.1% increments
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

O₂ Control Range: 0.1%–25.0%, in 0.1% increments
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%)
Optional Anaerobic Control: Enables integrated hypoxia/anaerobic dual-mode operation

Seamless Entry System (SES)

Rapid sleeve evacuation establishes an anaerobic barrier within 12 seconds
Maintains continuous and stable hypoxic conditions during routine operation
90° quick-open ports enable intuitive handling and improved internal space utilization
Flexible operation modes adapt to different workflows and user habits

Advanced Gas Circulation Design

Optimized airflow and circulation paths ensure uniform temperature, humidity, and gas concentration distribution
High-performance axial fans enable rapid gas exchange and even diffusion for long-term culture stability
Integrated bent-panel construction with anti-condensation viewing window technology ensures clear visibility and enhanced durability

Multi-Stage Hypoxia Cycle

Supports 4, 10, or more automated gas cycling stages to suit different experimental needs
Users can set cycle duration, gas concentrations, and the number of cycles according to their experiment requirements

Special Interlock Purge System

Rapid purge: Automatically detects the oxygen level in the workspace and adjusts the interlock O₂ concentration to match
Custom purge: Allows on-screen setting of O₂ purge concentration from 0 to 20.9% for special operations

HEPA Filtration & Pressure Safety Protection

Integrated H14 HEPA filter (optional U16) effectively protects samples from particulate contamination
High-response pressure relief valve precisely manages sudden pressure fluctuations, ensuring system and operator safety
Built-in pressure-stabilizing water/oil reservoir buffers continuous pressure changes, maintaining a stable experimental environment

Intelligent Safety Protection

Automatic alarm for low gas cylinder pressure
Real-time chamber pressure monitoring
Automatic leak detection with alarm and reduced gas intake frequency
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:

Product Dimensions:

User Manual

MAWORDE

MAWORDE Mid-Size Hypoxia Workstation - Support Cell Culture Research Under Hypoxic Conditions

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