Glass Fermenter LGF-T2010

Introduction

Glass Fermenter is a compact fermenter purpose-built for small-scale mammalian cell culture. With a working volume of 1 to 3 liters, it is ideal for laboratories with limited bench space. The system supports experimental flexibility for upstream process optimization. The user-friendly touchscreen interface enables seamless control access, ensuring process reproducibility without requiring constant manual adjustments. Our Glass Fermenter is particularly suited for academic laboratories and biotech startups engaged in early-stage biopharmaceutical research and development.

This fermenter is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Glass Fermenter is perfect for early-stage mammalian cell culture, transfection studies, and vaccine development in research labs. It is especially suited for process optimization, small-batch recombinant protein production, and feasibility studies prior to scale-up in pilot or production systems.

Specifications

Working Volume	1 to 3 L
Material	Borosilicate glass (double-jacketed)
Stirring Speed	30 to 300 rpm
Temperature Range	5°C above ambient to 60°C
Temperature Accuracy	±0.1°C
pH Control Range	2.0 to 12.0
DO Control Range	0 to 150%
Gas Mixing	4-gas (Air, O₂, CO₂, N₂)
Sterilization	Autoclavable
Control System	Siemens , 10.4-inch touchscreen
Data Interface	+
Impeller Type	Marine-type, low-shear

Features

Top-mounted mechanical agitator 

Automated mass flow control

compatibility and interface 

Autoclavable design ensures sterility

FAQs

1. What is the working volume capacity of the fermenter?

The offers a working volume of up to 10 liters, ideal for early-stage mammalian cell culture and process optimization studies.

2. Is the suitable for long-term mammalian cell cultivation?

Yes, is equipped with low-shear top-drive mechanical agitation and precise environmental controls, making it suitable for maintaining cell viability during extended culture periods.

3. What kind of vessel does the use?

features a double-jacketed borosilicate glass vessel, which ensures excellent thermal regulation and visibility during culture processes.

4. Can automatically control pH and dissolved oxygen?

Absolutely. The fermenter is integrated with automatic DO and pH control systems to maintain optimal culture conditions for sensitive cell lines.

5. What types of applications is the best suited for?

The is best suited for early-stage mammalian cell culture, transfection experiments, and small-batch vaccine research in R&D labs.

6. What are the advantages of using a glass fermenter?

Glass fermenters provide excellent visibility, making them ideal for observing microbial or cell culture processes in real time. They are chemically resistant, easy to sterilize, and perfect for research, teaching, and small-scale fermentation experiments.

7. Are glass fermenters autoclavable?

Yes, glass fermenters are made from high-grade borosilicate glass and are fully autoclavable. This ensures contamination-free operation and easy sterilization between experiments.

8. What volumes are available for glass fermenters?

It offers glass fermenters in a variety of working volumes, ranging from small benchtop models for lab-scale research to larger pilot-scale systems. Custom volume configurations are also available based on user requirements.

9. Can I integrate sensors and automation systems with glass fermenters?

Absolutely. glass fermenters support integration with advanced sensors for pH, dissolved oxygen (DO), temperature, and agitation control. They are compatible with digital control systems for automated and real-time bioprocess monitoring.

10. What industries typically use glass fermenters?

Glass fermenters are widely used in academic research, biotechnology, pharmaceuticals, and food industries. Their precision, transparency, and scalability make them ideal for experimental setups, product development, and training environments.