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Eppendorf DASGIP MX4/1 Gas Mixing Module Eppendorf DASGIP MX4/1 Gas Mixing Module Eppendorf DASGIP MX4/1 Gas Mixing Module
Eppendorf DASGIP MX4/1 Gas Mixing Module
Eppendorf DASGIP MX4/1 Gas Mixing Module Eppendorf DASGIP MX4/1 Gas Mixing Module

Eppendorf DASGIP MX4/1 Gas Mixing Module

Product Details:

  • Usage Precise mixing of up to four gases for bioreactor or fermenter applications
  • Color Silver/Gray
  • Voltage 100240 V AC, 50/60 Hz
  • Application Bioprocessing, Fermentation, Cell Culture Applications in Biotechnology and Research Laboratories
  • Power 30 W
  • Dimension (L*W*H) 285 x 210 x 150 mm
  • Capacity Up to 4 independent gases
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Eppendorf DASGIP MX4/1 Gas Mixing Module Price And Quantity

Eppendorf DASGIP MX4/1 Gas Mixing Module Product Specifications

  • Up to 4 independent gases
  • Lab Equipment
  • Stainless Steel, High-quality electronic components
  • 285 x 210 x 150 mm
  • 30 W
  • Automated and software-controlled
  • Gas Mixing Module
  • 5.2 kg
  • 100240 V AC, 50/60 Hz
  • Bioprocessing, Fermentation, Cell Culture Applications in Biotechnology and Research Laboratories
  • Silver/Gray
  • Precise mixing of up to four gases for bioreactor or fermenter applications
  • 540 C
  • Overload and leak protection features
  • CAN Bus, Ethernet
  • 1% of full scale
  • Max. 80% RH, non-condensing
  • Benchtop or stackable design
  • DASGIP Parallel Bioreactor Systems, Eppendorf Bioprocess equipment
  • 0 1 L/min per channel (extendable with external mass flow controllers)
  • 4 channels (N2, O2, CO2, Air or other gases)
  • DASware control or equivalent

Product Description

Brand                         Eppendorf

Model                         MP8

Capacity                    20 - 600 sL/h

CAT No.                     76DGMX41F600

Application                Bioprocess

DASGIP variable speed pump modules MP8 and MP4 provide eight and four high precision speed controlled miniature peristaltic pumps, respectively. Pump head tubings with different inner diameters allow continuous flow rates from 0.3?a?420?mL/h (MP8) and 0.01?a?5?L/h (MP4). With set points below the minimum continuous flow rate duty cycling mode is activated automatically. Both modules can be operated as stand-alone solutions or be integrated into legacy control systems.




Precision Gas Mixing for Advanced Bioprocessing

Achieve exceptional control over your bioprocessing environments with the DASGIP MX4/1 Gas Mixing Module. Designed to mix up to four independent gases, this system enables accurate flow management critical for cell culture and fermentation experiments. The stainless-steel build and high-level electronic components ensure reliability and long service life, while advanced software allows for fully automated operation with real-time adjustments.


Versatile Integration and User-Friendly Design

With compatibility for multiple Eppendorf systems and easy CAN Bus or Ethernet connectivity, the MX4/1 seamlessly slots into any laboratory workflow. Its compact, benchtop or stackable design minimizes lab space requirements. Enhanced protection features and precise electronic controls ensure safety and operational confidence, making it a trusted choice for researchers and process engineers alike.

FAQ's of Eppendorf DASGIP MX4/1 Gas Mixing Module:


Q: How does the DASGIP MX4/1 Gas Mixing Module operate in laboratory settings?

A: The module is fully automated and software-controlled, allowing users to preset gas mixtures and flow rates for various bioprocess applications. Control is managed through DASware control or equivalent compatible software, with real-time monitoring and adjustment capabilities.

Q: What are the benefits of using this gas mixing module in bioprocessing and fermentation?

A: Utilizing the DASGIP MX4/1 module enhances accuracy in gas delivery, providing consistent and reproducible environments for cell culture, fermentation, and related processes. This precision boosts overall experiment reliability and scalability.

Q: When should laboratories consider using the MX4/1 Gas Mixing Module?

A: The module is ideal whenever precise, multi-gas delivery is required, such as in process development, scale-up studies, or routine biotechnology research requiring customized atmospheric conditions.

Q: Where can the DASGIP MX4/1 be installed, and what mounting options are available?

A: Designed for benchtop use or stackable arrangements, the module easily integrates into a variety of laboratory layouts, accommodating space constraints and workflow preferences.

Q: What gases can be mixed with this module and how many channels are available?

A: It allows independent mixing of up to four different gases per application-commonly nitrogen (N2), oxygen (O2), carbon dioxide (CO2), air, or other selected gases. Each channel offers precise control, and extension is possible via external mass flow controllers.

Q: How does the system ensure operational safety during use?

A: The DASGIP MX4/1 is equipped with overload and leak detection safeguards, ensuring secure and reliable performance throughout operation-even in demanding laboratory environments.

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