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Achieve optimal bioprocessing outcomes With a proven portfolio of solutions that span discovery through large-scale commercial production, we bring process intensification across your upstream and downstream workflows, without compromising on quality. And to stay ahead of future bioprocessing needs, we are focused on working with customers and utilizing our unique capabilities, like open architecture engineering and customization, to provide the right solutions to achieve optimal bioprocessing outcomes. That’s our commitment to you and it’s what we call Bioprocessing by Design. |
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BioProduction Single-Use Technologies
BioProduction Gibco Cell Culture
THERMO FISHER SCIENTIFIC VIDEOS
Gain a 360° view of the Thermo Scientific™ DynaSpin™ Single-Use Centrifuge.
By expanding our single-use manufacturing network globally resulting in expanded capacity and shorter product lead times with consistent quality, and better load balancing support across our manufacturing network in the region.
We have implemented a multi-tier strategy to improve the resiliency of our supply chain and created the largest networked single-use manufacturing organization in the world.
This video provides step by step how to instructions to fill and empty the Nunc Standard Closed Cell Factory System.
This video provides step by step how to instructions to fill and empty the Nunc Standard Cell Factory System.
We are committed to finding solutions to optimize the way we deliver single-use products to our customers around the globe.
This clean and closed system is designed to provide consistent and high-quality results to enhance your adherent cell culture processes. This ready-to-use system will help you quickly develop and scale up your processes with standard components for supply assurance.
A complete hardware, software, and single-use system that helps meet the demands of modern downstream bioprocessing with isocratic, gradient, and in-line dilution processing capability.
CONTACT INFORMATION
Thermo Fisher Scientific
1726 Hyclone Dr.
Logan, UT 84321
UNITED STATES
Phone: 435-792-8500
Contact: Carsten Lau
KEY PRODUCTS
THERMO SCIENTIFIC APPLICATION NOTES
- Achieving Environmental Sustainability In Bioprocessing
- Chromatography Column Qualification And Protein Purification Demonstration
- Next-Generation Single-Use Harvest Solutions
- Single-Use Centrifuge: Green Features And Benefits
- Enabling High-Performing Perfusion Cell Culture
- Single-Use Bioreactors For Perfusion Cell Culture Applications
- Scale-Up Of Anaerobic Bacteria Cultivation In A Single-Use Bioreactor (S.U.B)
- AAV Production In A Single-Use Bioreactor
- Comparison Of Bench-Scale Controllers For CHO Cultivations
- Comparison Of The Bioprocess Controllers For CHO Cultivations
- Scale-up Evaluation Of The DynaDrive S.U.B.s Part 2: CHO DG44 And CHO-M
- Pilot And Manufacturing Scale Comparison Of DynaDrive SUB
- Growth And Scale-Up Of HEK293F Derivatives In Single-Use Bioreactors
- Single-Use Fermenter For Improved Cooling, Oxygen Mass Transfer
- Hydration And Scale-Up Of AGT Medium In Single-Use Mixers
- Mixing Efficiencies For The 2,000L imPULSE Single-Use Mixer
- Mixing Efficiencies For The 200L HyPerforma Single-Use Mixer
- Mixing Efficiencies For The 50 L HyPerforma Single-Use Mixer
- AAV Vector Production Using The ExpiSf Expression System
- Single-Use Bioreactor For Perfusion Cell Culture Applications
- Scale-Up Evaluation DynaDrive S.U.B.s.
- Streamlining Seed Train Scale-Up
- Mixing Efficiencies For The 2,000 L HyPerforma Single-Use Mixer
- Effective Applicability Of The CentriPAK BioProcess Container In Mammalian CHO-S Cell Culture Separation
- S.U.B. Process Performance Comparison
- Evaluation Of 30 L And 300 L Single-Use Fermentors And Scale-Down Model
- Production Of Therapeutic Plasmid DNA In Single-Use Fermentors
- Real-Time Characterization Of Mammalian Cell Culture Bioprocesses
- Measuring Cell Density In S.U.B.s With Aber Futura Neo Single-Use Sensors
- N-1 Seed Train Performance In Rocker Bioreactor BPCs
FEATURED CONTENT
- The Technology Debate: Single-Use vs. Stainless Steel
- An Advanced Single-Use Solution for Downstream Bioprocessing
- Single-Use vs. Stainless Steel Debate In Biopharmaceutical Manufacturing
- Comparing Single-Use To Fixed Bioprocessing Systems
- Environmental Sustainability in Bioprocessing - On Demand
- Environmental Sustainability In Bioprocessing
- Mitigate Bioprocessing Limitations With A More Efficient And Sustainable Harvest Solution
- Cost Effective And Sustainable Harvest Solutions
- Single-Use Centrifuge Cinematic
- The Impact Of Early Process Design On Your Supply Chain
- Performance Evaluation Of A S.U.B. For Perfusion Applications
- Top 5 Considerations When Making Decisions For A More Robust Harvest
- Delivering Process Robustness And Scalability In Single-Use Bioreactors
- The Benefits Of Single-Use Fermentation
- Thermo Fisher Scientific Singapore Single-Use Site Capacity Expansion
- Modularized Design Strategy Simplifies Biomanufacturing Processes
- Thermo Fisher Scientific Single-Use Global Manufacturing Network
- How To Fill And Empty Nunc Standard Closed Cell Factory System
- How To Fill And Empty Nunc Standard Cell Factory System
- SUS Assurance: Improving Supply Chain Management
- Single-Use Global Manufacturing Network
- Nunc Standard Closed Cell Factory System
- A Complete Single-Use Chromatography System
- Analysis Of Engineering Manufacturing Risk
- Standardized, Modularized Manufacturing Strategies
- Streamlining Upstream Plasmid DNA Manufacturing
- Thermo Fisher Scientific To Further Expand Global Network Of Single-Use Technology Manufacturing Sites
- CentriPAK BioProcess Container Instructional Video
- CentriPAK BioProcess Container For Cell Culture Separations
- CentriPAK BPC - Faster Sterile Harvest
- Innovative Single-Use Bioreactors Built To Deliver High-Volume Performance
- Empowering Customer Success Through Assurance Of Single-Use Supply
- Thermo Fisher Scientific EMEA Single-Use Technologies Capacity Expansion
- Thermo Fisher Scientific China Single-Use Technologies Capacity Expansion
- Thermo Fisher Scientific North America Single-Use Technologies Capacity Expansion
- imPULSE Single-Use Mixer Video Animation
- Cytovance Customer Testimonial: Thermo Scientific Single-Use Technologies
- Liquid-Liquid Mixing Characterization And Slurry Suspension
- How Outsourcing Buffer Prep Enables A SARS-CoV-2 Vaccine
- Scaling Up Gene Therapy Manufacturing With Single-Use Technology
- Standardize For Success In Single-Use Technology
- Thermo Fisher Scientific Single-Use Technologies Capacity Expansion
- Updating The Economics Of Biologics Manufacturing
- Introducing The Enhanced And DynaDrive™ Single-Use Bioreactors (S.U.B.s): Meeting The Demands Of Intensifying Upstream In Single-Use
- 24-Month Post-Gamma Qualification Of Single- Use pH Sensors In Single-Use Bioreactor, Mixer, And Fermentor Equipment
- Enhancing Flexibility And Minimizing Risk With Containment Solutions
- Liquid Handling Solutions For Bulk Drug Substance Management
- Overcome Laboratory Data Management Challenges
- Bioprocess Automation And Data Management Solutions
- Thinking Beyond Sterile - Nalgene Rigid Containers
- Identify The Right Level Of Clean For Your Process
- BioProcess Container (BPC) unpacking and installation Part 2
- BioProcess Container (BPC) unpacking and installation Part 1
- HyPerforma 5:1 Single-Use Bioreactor (S.U.B.) Setup And installation Part 3
- HyPerforma 5:1 Single-Use Bioreactor (S.U.B.) Setup And installation Part 2
- HyPerforma 5:1 Single-Use Bioreactor (S.U.B.) Setup And installation Part 1
- Labtainer Pro BPC Extractables Profile
- BioProcess Container (BPC) Quality And Integrity Testing
- Introduction To Mass Transfer In Single-Use Bioreactors
- Automation And Data Management In Biomanufacturing Workflows
- Introducing The Thermo Scientific™ DynaDrive Single-Use Bioreactor
- When Clean Is Critical—Understanding Parameters And Definitions Of Clean
- 6 Critical Considerations For Bioprocess Lab Equipment Selection
- Enabling Speed To Market With Bioprocess Automation Solutions
- Bioprocess Automation And Data Management Industry Challenges
- A Complete, Ideal Bench Scale Control Solution For Optimizing Bioprocesses
- A Next-Level Innovation In Single-Use Bioreactors—Unmatched Design, Scalability, And Performance
- Application Enhancements For The HyPerforma S.U.B.
- The Upstream/Downstream Process Balancing Act
- Process Intensification: Getting More From Less
- Thermo Fisher Scientific Suzhou, China Manufacturing Site Capabilities
- What Makes A “Good” Bioprocess?
- Single-Use Fermentor Process Optimization And Scale-Up Of Microbial Cultures
- Thermo Fisher Scientific Customer Testimonial - Libbs
- Nunc Cell Factory Shaker Video
- Nunc Cell Factory Incubator
- Nunc Automatic Cell Factory Manipulator Video
- BioProcess Containers – Materials Of Construction
- Rapid Mycoplasma Testing Method Now Accepted By Regulators For QA/QC And Lot Release
- Build Efficiency Through Continuous Characterization
- Juno Therapeutics And Thermo Fisher Scientific Announce CAR T Manufacturing Partnership
- The Biomedicine Revolution
- Supporting Expansion Of Human Mesenchymal Stem Cells
- The HyPerforma Single-Use Fermentor Meets The High Demand Of Industrial Microbiology
- Make The Right Container Choice For Critical Environments
- HyPerforma 5:1 Single-Use Bioreactor Overview Video
- Simplify Cell Detachment Processes With Serum-Free Media
- Low Particulate Carboys Can Help Improve Biopharma And Vaccine Production
- Autologous Cell Therapies At Crossroads With FDA: What To Do Now?
- HyPerforma Single-Use Mixer Video Animation
- Virtue Is Harmony: Using Lab Data Automation To Break Down The Silos In Pharma R&D
- A Call To Action: Industry Innovators Seek New Technologies To Advance Personalized Medicine
- Optimized Cell Culture: For Bench And Beyond
- HyPerfoma Single-Use Bioreactor For UpStream BioProcessing Video
- Automation, Modularity Allow mAb Biotech To Cut Scale-Up Time
- Continuous Processing Optimization With Smarter Tools
- Key Considerations When Outsourcing Cell-Culture Medium Development
- The Future Of BioManufacturing
- Keys To Consistent Bioprocessing
- 9 Reasons To Consider A Single-Use Fermentor
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