About Us
Rapid technological advances in biotech and pharmaceutical industries have created increasing demands in research and development. DASGIP Parallel Bioreactor Systems for the cultivation of bacterial, phototrophic, animal and human cells at bench top scale support scientists and engineers to accomplish their projects quicker and more efficiently.
DASGIP Parallel Bioreactor Systems combine the convenience of simple systems such as flasks and shakers with benefits of bioreactors: The systems' small working volumes allow high experimental throughput with minimal input while precision and automated control offer highly optimized scalable processes.
DASGIP systems offer comprehensive control at bench top scale. Based on a modular design, 4, 8 or 16 bioreactors can be operated in parallel. Integrated modules provide independent control of pH, dissolved oxygen, temperature, agitation, media and gas supply, as well as optical density and off-gas analysis.
DASGIP provides a broad range of different bioreactors in variable scales from 35 mL to 4 L working volume. Depending on the application the users can choose bioreactors for cultivation of mammalian cells, stem cells, algae or for the fermentation of yeast and bacteria for instance.
The compact size of DASGIP Bioreactor Systems ensures they easily fit into any laboratory, even when space is at a premium. Reproducible results, ease of scale up and enhanced productivity support DASGIP users in accelerating process development.
Customers benefit from advanced DASGIP Parallel Bioreactor Systems for:
- Characterization and Selection of Cell Lines and Strains
- Process Development and Optimization
- Lab scale manufacturing of biopharmaceutical proteins and cell expansion
Since January 2012, DASGIP has been part of Eppendorf AG, premium manufacturers of liquid, sample and cell handling products and expert partners in life science laboratories. DASGIP is headquartered in Juelich (Germany) and has operations throughout Europe, North America and Asia.
In North America DASGIP is represented by DASGIP BioTools, LLC, 151 Memorial Drive, Shrewsbury, MA 01545
Tel: 508 842 69 00 Fax: 508 842 01 41.
From 26 to 29 March DASGIP will be exhibiting for the first time at ArabLab 2012 in Dubai and is happy to present visitors its innovative technology.
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Find more information on DASGIP and our products:
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| DASGIP iApp – Bioprocess Remote Control Download the video |
DASGIP products Download the product catalog |
About DASGIP Download our corporate profile |
DASGIP AG
Rudolf-Schulten-Str. 5
Juelich, 52428
GERMANY
Phone: 0049-2461-980-0
Fax: 0049-2461-980-100
Contact: info@dasgip.de
- DASbox – Mini Bioreactor System
- DASGIP Benchtop Bioreactors
- DASGIP Software Solutions
- DASGIP Bioblock
- DASGIP Off-Gas Analyzer GA4
- DASGIP Bioreactor Remote Access
- DASGIP PhotoBioreactor
- DASGIP pH Monitoring Modules
- DASGIP High Throughput Screening System BioLector
- DASGIP Parallel Bioreactor System - Microbiology
- DASGIP Parallel Bioreactor System - Cell Culture
- DASGIP Optical Density Module OD4
- DASGIP Gas Mixing System MX4/4
- DASGIP Gas Supply Systems
- DASGIP Multi Pump Modules MP4 and MP8
- DASGIP Bioreactors Microbiology
- DASGIP Bioreactors Cell Culture
- Eppendorf Acquires DASGIP Group
- Implementing CIMS For Process Operations
- New Processes With Parallel Bioreactors
- DASbox: Mini Bioreactor System For Flexible And Effective Bioprocess Development
- Application Note: Stem Cell Solutions With DASGIP Parallel Bioreactor Systems
- Application Note: Enhancing Productivity Of CHO Cell Lines With DASGIP Parallel Bioreactor Systems
- Application Note: Isobutanol From Renewable Feedstock
- Stem Cells: Facilitating Scale Up: Controlled Stem Cell Cultivation In Stirred Suspension Bioreactors
- Replacement Of A Phase-Out Technology: Managing Sophisticated Processes With In-Depth Insight
- New Webcam in DASGIP's iApp For Parallel Bioreactor Systems
- Changes In Supervisory Board At DASGIP AG
- Novel LED-Based Light Source For Cultivation Of Phototrophic Organisms In A Stirred-Tank Bioreactor
- Direct Fermentation Of Triticale Starch To Lactic Acid By Rhizopus Oryzae
- World's First iPad™ Application For Online Bioreactor Control
- Role of Interconnectivity in Enabling Improved Bioprocess Quality: A Case Study
- DASGIP To Demonstrate The Role Of Context In Converting Process Data Into Process Information
- DASGIP Promotes Education Fund
- Award Celebration For DASGIP
- DASGIP Integrates Aber Futura Biomass Sensors
- Ready To Use: DASGIP And Mobius CellReady 3L Bioreactor
- DASGIP Launches Remote Control Suite For Ubiquitous Online Access To DASGIP Bioreactor Systems
- DASGIP Launches World's First Bioreactor On The iPhone
- Evaluation Of A Metabolic Flux Model For CHO Cells To Design Highly Effective Fermentation Processes
- New PhotoBioreactor Illuminates Variety Of Phototropic Cells With Selective Light Spectra
- DASGIP Enters Partnership With m2p To Market High-Throughput Screening System For Cell Growth And Protein Production
- KDR Biotech Markets DASGIP Parallel Bioreactor Systems In Korea
- DASGIP And Groton Biosystems Partner To Offer Complete Closed Loop Solution For Online Monitoring Of Bioreactors
- DASGIP Controller Takes Single-Use Bioreactor Technology To The Next Level
- 1.1 Million Euro Stem Cell Project Combines Expertise of DASGIP With The Fraunhofer Institute For Cell Therapy And Immunology
- DASGIP Has Geared Its Bioreactor Systems Towards Needs For Biofuel Development
- New Gassing Systems For Fermentation At Pilot Scale And In Industrial Biotechnology
- Analyzing The Role Of Glycogen In Amino Acid Production
- Succinic Acid Produced By Microorganisms
- Stem Cell Researchers Use DASGIP System For Controlled Cultivation
- Enhancing Productivity Of CHO Cell Lines
- Precise Gas Mixing For Optimized Cell Cultivation