Labzee Anaerobic Incubator BZAN-501 offers precise temperature control from RT +3°C to 60°C for optimal anaerobic microbial incubation in oxygen-free environments. It enables fast anaerobic setup (less than 5 min sample chamber, less than 1 hr operation chamber) and sustains anaerobic conditions for 13+ hours without gas supply. The solenoid gas flow control allows precise gas input, while the overheating protection alarm and integrated leakage protection enhance operational safety. Its integrated microprocessor-controlled LCD display provides high-resolution feedback for accurate temperature and gas regulation. Our Anaerobic Incubator BZAN-501 is ideal for anaerobic biological detection and research applications.
| Temperature Range | RT +3°C to 60°C |
| Temperature Stability | Less than ±0.3°C |
| Temperature Uniformity | Less than ±1°C |
| Anaerobic Time (Sample Chamber) | 5 minutes |
| Anaerobic Time (Operation Chamber) | Less than 1 hour |
| Anaerobic Maintenance Time | More than 13 hours (without gas supply) |
| Heating Area | Interior Incubator |
| Display Resolution | 0.1°C |
| Timing Range | 1 to 9999 minutes |
| Power Supply | AC 220V, 50Hz |
| Power Consumption | 600W |
| Interior Incubator Size (W×D×H) | 30 × 19 × 29 cm |
| Operation Chamber Size (W×D×H) | 82 × 66 × 67 cm |
| Exterior Size (W×D×H) | 120 × 73 × 142 cm |
| Net Weight | 240 Kg |
| Gross Weight | 320 Kg |
Labzee Anaerobic Incubator BZAN-501 is ideal for cultivating strict anaerobes in clinical, pharmaceutical, food, environmental, and research applications requiring oxygen-free conditions.
Frequently Asked Questions
1: What is the temperature range of the Anaerobic Incubator BZAN-501?
Our Anaerobic Incubator BZAN-501 offers a precise temperature control range from RT +3°C to 60°C, suitable for various microbial cultivation needs.
2: How quickly can the Anaerobic Incubator BZAN-501 establish anaerobic conditions?
Our Anaerobic Incubator BZAN-501 provides a rapid anaerobic environment setup. The sample chamber can achieve anaerobic conditions in less than 5 minutes, and the operation chamber becomes anaerobic in less than 1 hour. This efficiency minimizes waiting time and enables users to conduct time-sensitive microbial experiments without delay.
3: How is temperature controlled and displayed in the incubator?
Our Anaerobic Incubator BZAN-501 uses a high-precision microprocessor control system paired with an LCD display for real-time monitoring and regulation of internal conditions. It ensures accurate and uniform incubation with a temperature range of RT +3°C to 60°C, a resolution of 0.1°C, and a stability of ±0.3°C—critical for reproducible microbial growth.
4: How does the solenoid gas flow control system work in this incubator?
The solenoid gas flow control system enables precise regulation of gas input, allowing users to fine-tune the atmosphere inside the incubator. Combined with the switch control mechanism, it supports easy and accurate management of gases necessary for maintaining anaerobic conditions—essential for strict anaerobe cultures.
5: What makes the dual-door chamber design beneficial in this anaerobic incubator?
The dual-door chamber design enhances usability by providing greater storage capacity and accessibility while preserving internal conditions. Users can load more Petri dishes or samples without compromising anaerobic integrity—especially beneficial in high-throughput microbiology labs.
6: What helps remove oxygen inside the operation chamber?
Our Anaerobic Incubator BZAN-501 is equipped with a deoxidization catalyst in the operation chamber to effectively remove oxygen and support stable anaerobic conditions.
7: 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.
8: 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.
9: 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.
10: 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.
11: 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.
12: 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.
