Glass Fermenter EZL-GF101 offers a working capacity of 1–15 L, making it an excellent choice for small-scale microbial fermentation. Its wide stirring speed range up to 12000 rpm ensures uniform mixing and efficient nutrient distribution. The 7-inch touchscreen interface provides intuitive operation and real-time monitoring. An integrated antifoam system prevents overflow, safeguarding both samples and process integrity. Our Glass Fermenter EZL-GF101 is used for controlled microbial fermentation in academic research and pharmaceutical development.
| Working Volume | 1 L to 15 L |
|---|---|
| Material | Borosilicate glass with stainless steel fittings |
| Temperature Control Range | 5°C above ambient to 65°C |
| pH Control Range | 2.00 to 12.00 (± 0.01) |
| DO Control Range | 0 to 100% ± 3% |
| Agitation Speed | 50 to 1200 rpm |
| Control Interface | 7-inch TFT touchscreen |
| Feeding System | Peristaltic pump / automatic feeding ports |
| Sterilization | In-situ sterilizable or autoclave |
| Sensors | pH, DO, Temperature, Foam, Level |
| Data Output | USB/RS485/Ethernet |
| Aeration | Ring sparger or micro sparger |
| Control Mode | Cascade/Manual/PID |
| Agitation Type | Magnetic agetation |
| Dimensions | 1000 x 900 x 1100 mm |
| Power Supply | 230 V, 50 Hz |
| Packaging Dimensions | 100 x 1000 x 1200 mm |
| Weight | 320 kg |
Wide capacity range
Variable stirring speed
Stable DO monitoring
Consistent cell growth
User-friendly interface
Glass Fermenter EZL-GF101 is used for microbial and cell culture applications in biopharmaceutical R&D, enzyme production, and vaccine development. It also supports synthetic biology studies, scale-up research, and hands-on bioprocess training in industrial biotechnology.
The Glass Fermenter EZL-GF101 provides excellent visibility and precise control of fermentation conditions, making it ideal for research and development labs. The transparent glass design allows scientists to visually monitor the process in real time. This feature is particularly valuable for optimizing parameters such as pH, dissolved oxygen, and agitation speed. The fermenter’s versatility enables it to handle microbial, yeast, and enzymatic studies efficiently. Overall, it helps researchers streamline experimental workflows while ensuring reproducibility of results.
Our Glass Fermenter EZL-GF101 is designed with robust safety measures to protect both the user and the culture process. The durable borosilicate glass construction ensures resistance to high temperatures and pressure fluctuations. Its sealed fittings prevent contamination or accidental leakage during operation. In addition, integrated alarms and system checks can alert users to irregularities, minimizing the risk of experiment failure. These safety aspects make it a dependable choice for busy laboratory environments.
Ezilab’s Glass Fermenter EZL-GF101 is designed for straightforward cleaning and maintenance. The smooth glass surface prevents residue buildup, making manual or automated cleaning more efficient. Detachable components allow easy access to critical areas, reducing downtime between experiments. Regular calibration and basic care are usually sufficient to keep the system in peak working condition. This low-maintenance design helps labs focus on research rather than equipment issues.
The Glass Fermenter EZL-GF101 is designed with sealed connections and precision fittings that minimize the risk of contamination. Its sterile design ensures cultures are protected from external exposure throughout the process. Integrated filters also safeguard aeration and exhaust pathways, reducing contamination risks even further. By combining physical durability with smart design, it provides a secure environment for sensitive biological samples. This gives researchers confidence in producing accurate and reproducible results.
The Glass Fermenter EZL-GF101 is designed with intuitive controls and a transparent working chamber, making it accessible even to users with limited fermentation experience. Beginners benefit from clear visibility of the process, which helps in understanding fermentation principles. Safety features also ensure that inexperienced users can operate the system without compromising culture quality. Training with this fermenter provides a smooth learning curve for students and junior researchers. This balance of usability and safety makes it a great option for teaching labs as well.
Our Glass Fermenter EZL-GF101 is designed to support a wide range of biological processes, including both aerobic and anaerobic fermentation. Its adjustable aeration and agitation systems allow precise control over oxygen supply. Researchers can optimize conditions depending on microbial or cell culture requirements. This flexibility enables broader use across different types of bioprocess studies. As a result, labs can use one fermenter for multiple applications without needing additional equipment.
