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BIOREACTOR AND FERMENTOR

Name: BIOREACTOR AND FERMENTOR
Brand: DEEKSHA ANALYTICAL PVT LTD
Price: 400000 INR
Availability: InStock

Price 400000 INR/ Piece

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MOQ : 01 Piece

BIOREACTOR AND FERMENTOR Specification

Power Supply
220V AC, 50 Hz

Operating Voltage
220V/110V selectable

Application
Microbial, cell culture & fermentation processes

Test Range
1L to 100L (working volume)

Equipment Type
Bioreactor and Fermentor

Automation Grade
Fully Automated

Frequency
50/60 Hz

Measuring Range
pH 2-12, DO 0-200%

Response Time
< 5 seconds

Port Size
1/2 inch to 2 inch options

Hardness
Stainless steel 316L contact parts

Mounting Type
Floor/bench top

Resolution
pH: 0.01, DO: 0.1%

Temperature
5C to 70C

Humidity
40-80% RH

Gas Pressure
0.2-2 bar

Number of Specimens
1-6, as per vessel configuration

Display Type
Digital LCD touch panel

Max Height
1550 mm

Accuracy
pH: 0.01, DO: 2%

Features
Automated sterilization, temperature, pH & DO control, agitation, data logging

Specimen Size
Customizable vessel/biomass

Interface Type
RS232, USB communication

Usage
Industrial & laboratory fermentation and cell culture

Capacity
10L, 20L, 50L, and 100L standard

Machine Weight
230 kg

Test Speed
Variable, 10-500 rpm

Test Width
250 mm

Test Stroke
Max 350 mm

Control Mode
Automated PLC-based control

Vessel Configuration
Single/double jacketed with insulation

Lighting
Integrated vessel illumination (available in photobioreactor)

Material of Construction
316L Stainless Steel with glass viewing port

Probes Included
pH, dissolved oxygen, temperature, optional foam/level

Sampling Port
Yes, aseptic sampling

Sterilization Method
In-situ sterilization, automatic

Safety Features
Over-temperature and overpressure alarms

Control System
PLC-based with SCADA compatibility

Agitator Type
Rushton turbine or marine impeller

Cleaning Type
CIP (Clean-In-Place) & SIP (Steam-In-Place)

Stirring Mechanism
Magnetic drive or mechanical seal, variable speed

About BIOREACTOR AND FERMENTOR

Bioreactor and Fermentor

Pilot and lab scale bioprocess fermentation systems are customized according to customer needs and applications to provide the best solutions. Likely applications are cell culture, biofuel processing, microbial fermentation, waste treatment, biopolymer production and biogas production from biomass.

Premium Material Construction

Made from robust 316L stainless steel with a glass viewing port, this bioreactor and fermentor ensures maximum durability, corrosion resistance, and visibility. The vessel's single or double-jacketed design provides efficient insulation and optimal thermal control for consistent process outcomes.

Advanced Control and Automation

Featuring a PLC-based automated control system with SCADA compatibility, the equipment enables seamless integration with facility networks. Digital LCD touch panel allows precise monitoring and control of all critical parameters, including pH, dissolved oxygen, temperature, and agitation speed.

Enhanced Sterility and Safety

Integrated CIP (Clean-In-Place) and SIP (Steam-In-Place) functions ensure automatic, effective sterilization with minimal operator intervention. Safety is reinforced through over-temperature and overpressure alarms, while aseptic sampling ports support contaminant-free sample collection.

Versatile Application Options

Available with Rushton turbine or marine impeller agitators, this bioreactor and fermentor suits a wide range of microbial, cell culture, and fermentation processes. Its scalable capacity options and customizable vessel configurations make it ideal for industrial and laboratory use alike.

FAQ's of BIOREACTOR AND FERMENTOR:

Q: How does the bioreactor and fermentor maintain sterile conditions during operations?

A: The system utilizes in-situ sterilization with automated Clean-In-Place (CIP) and Steam-In-Place (SIP) cycles, along with integrated aseptic sampling ports, ensuring the vessel and processes remain contaminant-free throughout operation.

Q: What applications can I use this bioreactor and fermentor for?

A: It is designed for a broad spectrum of microbial fermentation, cell culture, and bioprocessing tasks, suitable for both industrial-scale and laboratory research in pharmaceuticals, biotechnology, and bioengineering.

Q: When should I perform cleaning and sterilization cycles?

A: Cleaning and sterilization cycles are recommended before and after each batch run. The automated CIP and SIP functions can be scheduled via the PLC control system, minimizing manual intervention and enhancing process reliability.

Q: Where can integrated data monitoring and control be accessed?

A: All operational data and controls are accessible through the digital LCD touch panel interface and can be monitored remotely via SCADA-compatible PLC and communication ports (RS232, USB), facilitating automated data logging and process management.

Q: What benefits does the automated PLC-based control system offer?

A: PLC-based control ensures precise, programmable regulation of agitation, temperature, pH, and dissolved oxygen, resulting in enhanced process consistency, improved safety through real-time alarms, and streamlined operation for users.

Q: How is sample collection handled during fermentation?

A: Aseptic sampling ports allow operators to collect biological samples safely at any stage during cultivation without compromising vessel sterility, supporting reliable analysis and quality assurance.

Q: What is the advantage of vessel illumination in photobioreactor applications?

A: Integrated vessel illumination promotes optimal light exposure for photobioreactive processes, improving cell growth and productivity while supporting visual monitoring through the glass port.

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