10L Double Magnetic Mixing Glass Fermentor(Cabinet Type) BLBIO-10GCA-2-H

Do you want a smaller, but more capable wonky killing system which aids to research, accurate cell culture and stress-free control? Whether you’re in the field of biotechnology, pharmaceuticals, education, or microbiology, the 10L double magnetic mixing glass fermentor (cabinet type) is engineered to elevate your lab’s fermentation capabilities with intelligent control, magnetic mixing technology, and sleek integration.

This machine is designed by the BaiLun Bio to fulfill the growing requirements of the contemporary laboratories and works enable users to perform the batch, fed-batch or continuous cultures with outstanding clarity, safety and accuracy.

What then is special about this fermenter in this already saturated market? Let’s explore

Product Description

What is the 10L Double Magnetic Mixing Glass Fermentor (Cabinet Type)?

The 10L double magnetic mixing glass fermentor (cabinet type) is a state-of-the-art laboratory-scale bioreactor system that features a transparent glass tank with a robust stainless steel lid and bottom, integrated magnetic mixing capabilities, and a full-suite Siemens PLC control system, all housed within a sleek, user-friendly cabinet layout.

The system belongs to the BLBIO-XGCA / XGJA-2 line to which priority was given in terms of compact, sterilization automation and multi-parameter regulation. It is an intelligent alternative to researchers and production scientists that need a sterile, controlled and customized fermentation environment not burdened with excessive complexity.

It is about time to move a fermenter that knows your process like never before!

Description for 10L double magnetic mixing glass fermentor (cabinet type) 

This is not the bioreactor only a container but a full solution. The 10L double magnetic mixing glass fermentor (cabinet type) offers the perfect balance of visibility, automation, and high-performance fermentation. Having a transparent borosilicate glass tank and high-quality magnetic mixing system, it is efficient in its agitation with no contamination threats.

Each 10L tank has the cabinet-style base that incorporates:

  • Siemens PLC-based touch screen controller (10 or 15 inch)
  • 4 Peristaltic pumps (acid, base, deformer, nutrient feed)
  • Complete data acquisition and export options
  • Manual or automated sterilization support

The 10L double magnetic mixing glass fermentor (cabinet type) is easy to operate in a day-to-day procedure but yet capable of fermentation processes of a high-end, which will include microbial culture through to mammalian cell culture.

Key Technical Specifications

Here’s the description specifications reviewed in detail to say that this system is excellent choice applied to various fermentation processes:

Parameter for 10L Double Magnetic Mixing Glass Fermentor

Parameter Description
Total volume 5L~30L
Working volume 40%~70%
Tank Glass wall with stainless steel lid and bottom, heating from jacket bottom.
Stirring system Mechanical drive(top) or Magnetic drive(top/bottom), 3 six-blade paddle and 1 foam breaker, each paddle height adjustable.

Mix speed: 50~1000rpm/50-400rpm

Sterilization Sterilization in situ (SIP), manual
Gas control Control by rotor meter, air flow 2vvm.
Feeding Automatically feeding by peristaltic pump
Anti-foam control Automatically add antifoamer by peristaltic pump
Temperature control Auto-control by program, electric heating range water source add 5℃ to 70℃
PH control PH 2.00-12.00±0.1, auto-control adding acid/base by peristaltic pump, pH sensor from Hamilton/Mettler, Switzerland.
DO control 0-150±3% displaying precision 0.1%, DO sensor from Hamilton/Mettler, Switzerland. DO coupling with agitation, oxygen.
Sampling Manual sampling
Control parameters 10 or 15 inch touch screen , Siemens PLC with control parameters (stirring, pH, DO, temperature, feeding, alarm, gas etc.), data analysis, data record, data output, language(RU/EN/CN) and other customized functions
Optional configuration Remote control, Mass flow meter(auto control gas), O2/N2/CO2, gas(CO2) exhaust analysis, Level sensor, Turbidity(OD) sensor, ORP sensor, Weighting system, Live cell sensor(Biomass), Printing, Siemens touch screen, etc.

The execution of the tank permits excellent visibility of the fermentation mechanism, as well as durability and simple cleaning ology, because it is made of stainless steel.

Stirring System

Do you need high-performance mixing that avoids contamination?

The 10L double magnetic mixing glass fermentor (cabinet type) is designed with dual stirring options:

  • Top mechanical drive
  • Bottom magnetic drive

Each vessel contains:

  • 3 six-blade paddles for thorough mixing
  • 1 foam breaker to reduce surface tension
  • Adjustable paddle height for customized agitation
Stirring Type Speed Range
Mechanical 50 – 1000 rpm
Magnetic 50 – 400 rpm

Whether you’re growing shear-sensitive mammalian cells or robust microbial cultures, this system provides the flexibility you need.

Sterilization

This model supports Sterilization-In-Place (SIP) with manual operation, making it perfect for clean labs and research centers. It is also quick, efficient and provides every run with a sterile start.

Gas Flow and Foam Control

Why should foaming and hydrolytic bad gas exchange destroy your cultures?

  • Oxygen supply is also efficient since the airflow is controlled with a rotor meter that has a range of 12 vvm.
  • Foam control is automatic using peristaltic pumps that add antifoam as necessary: no manual control following is needed.

This facilitates in presence of stable environment particularly when growing organisms of high density or those which are sensitive to foam.

Feeding System

Forget manual feeding protocols. This fermenter includes:

  • Acid, base, nutrient feed and antifoam on four peristaltic pumps mounted at the control cabinet.
  • Real time rate adjustment through automated program control according to culture needs.

This provides the consistency of nutrient addition to allow greater and more productive fermentation runs.

Temperature Control

This fermenter uses a source of water in the electric heating process to achieve temperatures that range between:

  • 5°C to 70°C

It is superb to grow thermophilic and mesophilic organisms and you have the luxury of more experimentation across the biologic horizon.

Advanced pH and DO Control

Maintaining the right environment is key to successful fermentation. That’s why this fermenter uses industry-standard sensors:

  • pH range: 2.00–12.00 ± 0.1
  • DO range: 0–150 ± 3%, with 0.1% resolution

High-End Sensors Included:

  • Hamilton or Mettle-Toledo, Switzerland
  • Real-time coupling of DO with agitation and oxygen supply
  • Automated acid/base addition for pH stabilization

Are you working with pH-sensitive cultures or oxygen-hungry cells? This system is ready to adapt.

Sampling & Monitoring

The extraction of media occurs simply and safely, because of the use of manual sampling ports, which do not jeopardize sterility. This would be ideal to spot-check biomass, pH or metabolite during fermentation process.

Siemens PLC-Based Intelligent Control System

Do you want full control at your fingertips?

It comes with a 10 or 15-inch touch screen interface driven by Siemens PLC; users can monitor and manage:

  • Stirring speed
  • pH and DO levels
  • Feeding operations
  • Foam control
  • Temperature
  • Alarm functions
  • Languages supported: English, Russian, Chinese

The system also provides:

  • Real-time data visualization
  • Data recording and export
  • Easy USB or network integration
  • Optional PC-based control for remote operation

All this is user friendly even to those who are first time users.

Optional Configurations for Customization

Want more from your system? Add extra capabilities with:

  • Remote control modules
  • Automatic mass flow meters (O2/N2/CO2)
  • Gas exhaust CO₂ analysis
  • Turbidity sensors for optical density
  • ORP sensors for redox potential
  • Biomass sensors (live cell monitoring)
  • Weight-based feed system
  • Onboard printing and data logging
  • Upgraded Siemens touch screens

Let us tailor the fermenter to your application needs.

Applications of the 10L Double Magnetic Mixing Glass Fermenter (Cabinet Type)

So, who is this system for?

This versatile fermenter is constructed to handle a sizeable variety of applications in research, manufacturing and education:

Vaccine Production

  • Veterinary:Avian influenza, PRRS, Rabies, Foot-and-mouth disease
  • Human:Hepatitis B, Tetanus, Diphtheria, Meningitis

Cell & Microbial Cultures

Mammalian cells: CHO, HEK293

  • Yeast & Fungi
  • Algae & Plant cells

Biotech Research

  • Enzyme production
  • Antibiotics
  • Protein expression

Academic Research

  • Molecular biology
  • Synthetic biology
  • Biochemical engineering

Are you the one who has been on the lookout of a single fermenter? It might be your final one for small scale bioprocessing.

Conclusion

The 10L double magnetic mixing glass fermentor (cabinet type) isn’t just another piece of equipment, it’s a complete fermentation solution. Its intelligent architecture, strong material construction, highly automated functions and easy customization possibilities are just ideal to go with any serious lab into bioprocessing.

Why go less when you can gain maximum control, scalability and performance at a single system? To obtain a quote, go to the website BaiLun Bio and quote today. Our team can bring you the model that you need – plug-and-play or customized to the full extent.

Frequently Asked Questions (FAQs)

Q1: Can the system operate automatically?

Yes. The system is programmable and can run on fully automatic basis, relation to feeding, temperature control, pH and DO control as well as foam control.

Q2: Is it suitable for shear-sensitive cells?

Yes. The magnetic stirring device can provide a gentle mixing which is applicable in handling delicate cell culture (mammalian and insect).

Q3: What are the sterilization methods?

This fermenter supports in-situ sterilization (SIP), which is done manually using standard lab protocols.

Q4: Can I upgrade later?

Absolutely! The system is modular. It is possible to configure it in the simplest way, and introduce the sensors, automatization, or remote control later.

Q5: How much space does it take?

The cabinet-type design has low footprint and all the system can fit in a regular lab scenario.

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