Eppendorf DASGIP MF4 Gassing Module

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Product Details:

Classification Lab Equipment
Operate Method Electronic control (integrated software compatible)
Color Grey
Usage Regulated gas supply for bioreactors
Dimension (L*W*H) 242 mm 263 mm 120 mm
Weight Approx. 4.2 kg
Application Microbioreactor and fermentation processes
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Eppendorf DASGIP MF4 Gassing Module Price And Quantity

Eppendorf DASGIP MF4 Gassing Module Product Specifications

Material Stainless steel and high-grade polymers
Product Type Gassing Module
Voltage 100240 V AC, 50/60 Hz
Power 40 W
Weight Approx. 4.2 kg
Color Grey
Usage Regulated gas supply for bioreactors
Dimension (L*W*H) 242 mm 263 mm 120 mm
Application Microbioreactor and fermentation processes
Capacity Four gas channel manifold
Operate Method Electronic control (integrated software compatible)
Classification Lab Equipment

Flow Range Per Channel 0.4 to 20 NL/h
Mounting Type Bench-top
Operating Temperature 5°C to 40°C
Safety Features Overcurrent and short-circuit protection
Software Compatibility DASware control, Eppendorf Bioprocess software
Humidity Range Up to 80% RH, non-condensing
Typical Gases Used Air, O2, N2, CO2
Compliance CE marked, RoHS compliant
Gas Channels 4 independent microprocessor-controlled channels
Interface RS232, USB, CAN, Ethernet
Display LED status indicators
Flow Measurement Thermal mass flow controller
Connection Type Neoprene tubing or standard gas fitting

Product Description

Brand Eppendorf

Model MF4

Capacity 1200 sL/h

CAT No. 76DGMF4F030

Application Bioprocess

The DASGIP MF4 gassing system has four separate mass flow-controlled channels for selectable gas types, including air, nitrogen, oxygen, and carbon dioxide. Industrial mass flow controllers and individual set-points for each inlet gas as well as constant flow rates guarantee an accurate supply of a wide range of gasses. Flow rates up to 1200?sL/h allow users working at pilot scale.

Advanced Gas Flow Control for Bioprocessing

Harness the benefits of four independent gas channels, each with adjustable flow rates, for precise management of O2, CO2, N2, and air. The DASGIP MF4 module is purpose-built for bioreactor applications, supporting robust fermentation and cultivation workflows within operating temperatures of 5C to 40C and up to 80% humidity (non-condensing).

Seamless Integration and Versatile Connectivity

The MF4 connects easily with modern laboratory networks through RS232, USB, CAN, and Ethernet interfaces. Its full compatibility with DASware control and Eppendorf Bioprocess software ensures straightforward electronic operation and integration with automated bioprocess platforms.

Built for Safety and Reliability

Enjoy peace of mind with comprehensive safety features, including overcurrent and short-circuit protection. The module's durable stainless steel and high-grade polymer construction, combined with bench-top mounting, makes it a reliable choice for intensive laboratory use.

FAQ's of Eppendorf DASGIP MF4 Gassing Module:

Q: How does the Eppendorf DASGIP MF4 Gassing Module regulate gas supply during bioprocesses?

A: The DASGIP MF4 uses four independent, microprocessor-controlled channels with thermal mass flow controllers to deliver precise, electronically regulated flows of air, O2, N2, or CO2. Each channel can be adjusted between 0.4 and 20 NL/h for flexible process demands.

Q: What applications is the MF4 Gassing Module best suited for?

A: This module is ideal for microbioreactor and fermentation processes where accurate and independent gas mixing or sparging is required. It supports regulated gas supply for both research and industrial laboratory bioprocessing needs.

Q: When should I consider integrating the DASGIP MF4 into my laboratory setup?

A: Consider using the MF4 when your workflow demands precise, adjustable gas delivery for up to four bioreactor channels, especially when using Eppendorf DASware control or Bioprocess software for automated experiments.

Q: Where can the DASGIP MF4 Gassing Module be installed?

A: The unit is designed for bench-top mounting, making it suitable for placement alongside your existing bioreactor setups in laboratory environments across India and globally.

Q: What process advantages does the thermal mass flow controller provide?

A: The thermal mass flow controller ensures highly accurate and consistent gas flow measurement and regulation, contributing to reproducible and reliable cultivation or fermentation conditions.

Q: How is the MF4 connected to other laboratory systems?

A: The module connects via RS232, USB, CAN, or Ethernet interfaces for seamless integration. Standard gas fittings or neoprene tubing can be used for gas connections.

Q: What are the key benefits of using the DASGIP MF4 Gassing Module in bioprocessing?

A: Key benefits include precise multi-gas control, reliable safety features, intuitive electronic operation with software integration, compliance with CE and RoHS directives, and robust construction for long-lasting lab use.

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