Bench Top Fermentor and Bioreactor System

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Bench Top Fermentor and Bioreactor System

Name: Bench Top Fermentor and Bioreactor System
Brand: DEEKSHA ANALYTICAL PVT LTD
Price: 400000 INR
Availability: InStock

Price 400000 INR/ Piece

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MOQ : 01 Piece

Bench Top Fermentor and Bioreactor System Specification

Measuring Range
DO: 0200%; pH: 014

Operating Voltage
220V

Equipment Type
Bench Top Fermentor and Bioreactor System

Frequency
50/60 Hz

Response Time
<20 seconds for sensors

Features
Sterilizable in place (SIP), autoclavable, real-time monitoring, data logging, adjustable agitation and aeration, jacketed vessel for temperature control

Gas Pressure
0.20.4 MPa (Air supply for aeration)

Mounting Type
Table top / Bench top

Interface Type
USB, RS232, Ethernet

Power Supply
220V/50Hz single phase AC

Application
Microbial cell culture, fermentation process research, biotechnology, pharmaceuticals

Display Type
Color touch screen and digital display

Humidity
Ambient

Test Range
Typically 0.520 L working volume

Resolution
0.01 unit for pH, 0.1% for DO

Accuracy
pH sensor: 0.02 pH; DO sensor: 2%

Temperature
Ambient to 70C (PID controlled)

Max Height
Approx. 600800 mm (varies with model)

Port Size
Multiple standard ports (6 mm, 8 mm, 12 mm) for sensors and sampling

Automation Grade
Fully automatic

Usage
Laboratory fermentation, pilot studies, educational purposes

Capacity
1, 3, 5, 7, 10, or 20 liters (working volume)

Machine Weight
Approx. 30-40 kg

Test Speed
Up to 1000 rpm (Agitation Speed)

Control Mode
Touch screen PLC or SCADA system

Agitation Shaft
Stainless steel, removable

Stirrer Seal
Low maintenance mechanical seal

Compatible Media
Supports all standard fermentation and cell culture media

Sensor Ports
Dedicated ports for pH, DO, temperature, foam, level

Lighting
LED/lamp option for phototrophic cultures (on request)

Vessel Material
Borosilicate glass with stainless steel (SS 316/SS 304) fittings

Agitator Type
Magnetic or mechanical drive (top or bottom mounted)

Aeration System
Sintered sparger with rotameter-controlled air/oxygen supply

Noise Level
<60 dB

Exhaust System
Sterile exhaust condenser

Cooling System
Water jacket / external chiller compatible

Sterilization Method
Autoclavable or in-situ sterilization options

Alarm System
Audio/visual for critical parameter thresholds

About Bench Top Fermentor and Bioreactor System

Interface main control screen configuration so that calibration of pH, DO , temperature and bubble detection sensor can be handled simply .The program is applied to suit various culture environments and can be used simply. It has a compact design to enable various culture experiments even in a small laboratory. A self-diagnosis system that can record and maintain the fermentation process is applied, and it can be used by connecting to a PC for real-time recording and control. Controllable by easily connecting an external device to the fermenter controller.

Advanced Vessel and Agitation Design

The system incorporates a high-quality borosilicate glass vessel with corrosion-resistant stainless steel fittings, ensuring long-term reliability and purity. Users can choose between magnetic or mechanical drives for optimal agitation tailored to specific culture requirements. Both top- and bottom-mounted setups are available, supporting various research and pilot scale processes.

Precision Control and Real-Time Monitoring

Equipped with dedicated sensor ports for pH, DO, temperature, and foam, the system facilitates continuous monitoring of key process parameters. The color touch screen PLC supports data logging, adjustable agitation (up to 1000 rpm), and audio-visual alarms to safeguard your cultures under changing conditions. Researchers benefit from enhanced process control and reproducibility.

Optimized Aeration and Sterilization

Sintered sparger with rotameter-regulated air/oxygen supply ensures efficient aeration. Sterilization is convenient and versatile - vessels can be autoclaved or sterilized in place (SIP), saving time and reducing contamination risk. The sterile exhaust condenser further maintains a safe operating environment, meeting the stringent demands of laboratory and pilot fermentations.

FAQ's of Bench Top Fermentor and Bioreactor System:

Q: How do I sterilize the Bench Top Fermentor and Bioreactor System, and which methods are supported?

A: The system supports both in-situ sterilization (SIP) and conventional autoclaving, allowing you to choose either method based on your workflow and safety needs. The autoclavable vessel and fittings, along with a low-maintenance mechanical stirrer seal, streamline regular cleaning and sterilization processes.

Q: What type of agitation and aeration can I expect with this bioreactor?

A: This bioreactor supports both magnetic and mechanical drive agitation, with top or bottom mounting to suit different culture types. Aeration is delivered through a sintered sparger and controlled by a rotameter, allowing precise air or oxygen supply for optimal microbial or cell growth.

Q: When should I use lighting for the vessel, and what options are available?

A: Lighting is recommended for phototrophic cultures that require controlled light exposure. On request, the system can be equipped with LED or lamp options to support such research applications in microbiology or plant cell studies.

Q: Where can I use this Bench Top Fermentor and Bioreactor System?

A: The system is designed for laboratory bench top use, suitable for academic research, pilot studies, biotechnology laboratories, and pharmaceutical development. Its moderate footprint and weight make it ideal for institutions requiring flexible, portable bioprocess solutions.

Q: What are the benefits of the integrated sensor ports and real-time control?

A: Dedicated sensor ports for pH, dissolved oxygen (DO), temperature, foam, and level enable accurate and continuous monitoring. The real-time data display and logging functions facilitate precise control over your fermentation processes, improving reproducibility and experiment efficiency.

Q: How does the cooling and exhaust system improve experimental safety and performance?

A: The water jacket or external chiller compatibility allows consistent temperature control, vital for sensitive cultures. The sterile exhaust condenser maintains a contaminant-free environment within the bioreactor, protecting both product integrity and operator safety.

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