Labzee Anaerobic Incubators are designed to deliver superior oxygen-free environments (<0.1% O2) with precise temperature control. These incubators feature advanced microprocessor-controlled LCD displays for real-time monitoring and programmable timers from 1 to 9999 minutes. The series includes built-in UV sterilizers to reduce contamination risk, solenoid valves for accurate gas flow control. Their deoxidization catalysts enable rapid anaerobic setup, while built-in leakage protection ensures operational safety. Our Anaerobic Incubators are ideal for laboratories performing sensitive and high-precision anaerobic research.
Oxygen Control Range
Temperature Range
Anaerobic State Creation
Temperature Stability
Airlock Cycle Time
Frequently Asked Questions
1: What is an anaerobic incubator used for?
An anaerobic incubator is a specialized laboratory device designed to culture, isolate, and handle obligate anaerobic microorganisms that cannot survive in the presence of oxygen. These incubators create a stable, oxygen-free environment with controlled temperature and humidity, making them essential for clinical diagnostics, microbial research, and industrial microbiology applications.
2: How do Labzee Anaerobic Incubators maintain anaerobic conditions?
Labzee Anaerobic Incubators maintain anaerobic conditions using a combination of integrated deoxidization catalysts, gas-tight chambers, and solenoid valve-controlled gas flow systems. The catalyst rapidly removes residual oxygen by facilitating chemical reactions, while the gas control system introduces a pre-set anaerobic gas mixture. This system ensures that oxygen levels remain consistently below 0.1%, creating optimal conditions for the growth and handling of strict anaerobes.
3: What temperature ranges do your anaerobic incubators offer?
Our anaerobic incubators maintain precise temperatures from RT+3°C to 60°C, with ±0.3°C stability and ±1°C uniformity across all chambers, ideal for sensitive microbial cultures.
4: How quickly can these incubators establish anaerobic conditions?
These units achieve oxygen-free environments in <5 minutes for sample chambers and <1 hour for full operation chambers using advanced deoxidization catalysts.
5: What contamination control features are included?
All models feature built-in UV sterilizers, medical-grade stainless steel chambers, and dual airtight doors to minimize contamination risks in anaerobic research.
6: How are temperature conditions monitored?
Microprocessor-controlled LCDs display real-time data with 0.1°C resolution, plus programmable timers (1-9999 mins) for automated protocols.
