ABOUT THERMO FISHER SCIENTIFIC
Thermo Fisher is a leading global provider of bioprocessing solutions. We purposefully connect our capabilities across all phases of the drug lifecycle, accelerating our customers’ pace to patient impact. With our comprehensive portfolio of products and services we are a dedicated partner throughout the biological drug development journey.
Key Capabilities:
- Media and buffer preparation
- Cell expansion
- Cell culture production
- Harvest
- Capture and polish chromatography
- Viral inactivation, filtration, and QC testing
- Bulk storage, fill, and finish
- cGMP chemicals and supply chain services
- Expert professional support to meet process, scale, quality, and regulatory requirements
WEBINARS AND VIDEOS
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Peptones can significantly boost CHO cell bioprocessing. We analyze their impact on diverse CHO cell lines using real-world data to assess their effects on titer, protein quality, and cell growth.
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Unlock the power of data-driven bioprocessing. Discover how advanced analytics can optimize your cell culture process, improve performance, and accelerate success.
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Join our webinar on scaling the CTS LV-MAX System in bioreactors, covering transfection scalability, Thermo S.U.B. advantages, and DynaSpin’s efficient gene therapy integration.
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Learn how to build a resilient supply chain to navigate today's complex environment. Expert speakers share insights on optimization, innovation, and strategic planning to meet evolving market conditions.
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Discover how peptones enhance vaccine manufacturing efficiency with valuable insights into cost-effective solutions, variability control in biologically derived materials, and more.
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This webinar explores mitigating the risk of product loss, and production delays, as well as the critical role rapid sterility testing plays in ensuring the quality and safety of cell therapy products.
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High Throughput Screening (HTS) chromatography tools can accelerate process development and reduce material usage. However, their use is less common in some modalities due to sample restrictions and the need for HTS expertise.
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Choose the right CHO medium and feed system to optimize your upstream processes and secure a seamless scaling up.
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Whether you are a researcher, scientist, or industry professional, this video will provide valuable insights into our large volume liquids manufacturing capabilities.
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This video provides an insightful look into the expansion of the large volume liquids manufacturing site at the Grand Island facility, highlighting the various stages of the manufacturing process and the capabilities it offers to support the bioprocessing industry.
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This chromatography system offers a flexible solution, paired with an advanced software platform, allowing easy integration with downstream process automation.
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Improve your commercial manufacturing process with advice from regulatory and raw materials experts on the development journey from pre-clinical to licensure.
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How can you face the challenges of AAV production, scale up your AAV manufacturing effectively, and enhance the recovery and purity in your downstream processing.
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Build scalable material sourcing strategies for R&D and early phases through to commercialization and learn how to accelerate the development process and ensure the scalability of your biologics.
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In this discussion you will explore the multi-point case for adopting single-use technologies throughout the workflow via an economic, operational, and environmental sustainability lens.
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A single-use chromatography system is offering an innovative solution tailored to meet the needs of evolving downstream purification bioprocesses.
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This conversation focuses on sustainability in bioprocessing and the exciting advancements happening in the space, featuring practical examples and case studies.
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Subject matter experts in research and development, product management, and bioprocessing research introduce a single-use centrifuge, and its simplified, automated, intensified processing.
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Therapeutic monoclonal antibodies (mAbs) show great promise for treating a variety of diseases. Watch this expert discussion on challenges and obstacles in mAbs development, optimizing processes, and selecting the right partner.
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Explore efficient and effective ways to identify a formulation for your clone – helping you streamline your process and achieve desired results.
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Explore advances in the development of a one-part chemically defined microbial medium to simplify workflows and achieve high density cultures for recombinant protein or plasmid production applications.
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Learn ways to decrease logistical roadblocks, increase quality, and simplify the journey from finalization of media performance to scale-up, including how media analytics help optimize prototyping formulation.
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Learn more about understanding the process robustness and vessel capability’s role in a seamless system transfer and S.U.B. process comparability.
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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.
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We interview two SMEs that live the daily challenges imposed by a lack of modularization and standardization and a high degree of customization in their multiple tech transfer programs.
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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.
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This video provides step by step how to instructions to fill and empty the Nunc Standard Closed Cell Factory System.
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This video provides step by step how to instructions to fill and empty the Nunc Standard Cell Factory System.
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We are committed to finding solutions to optimize the way we deliver single-use products to our customers around the globe.
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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.
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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.
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To accelerate the delivery of life-saving therapeutics, it is essential to evaluate ways to maximize efficiencies, while minimizing risk, to stay up to speed with the growing demand.
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As more products are moved into single use fermenters, there is greater need to improved oxygen delivery closer to or beyond the abilities of stainless-steel vessels.
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Learn how leading biopharma companies such as Sanofi and single-use solutions provider Thermo Fisher Scientific are addressing supply challenges and developing collaborative processes.
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Due to the urgent demand for vaccines and treatments, the biopharmaceutical industry is experiencing disruptive changes and increased demand on resources that are requiring a significant operational transformation. To accelerate the delivery of life-saving therapeutics, it is essential to evaluate effective ways to maximize efficiencies and increase capacity while minimizing risk. Flexibility is critical in bioprocessing today to stay up to speed with the quickly shifting needs of the industry.
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This video describes the easy three step process to use the CentriPAK BioProcess Container in your application.
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This video highlights the Thermo Scientific CentriPAK BioProcess Container. This next generation centrifuge container provides a single-use, sterilized, closed system for cell culture separations.
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Thermo Fisher Scientific is expanding our single-use manufacturing network globally. Our Cramlington, UK site has expanded clean room space and invested in chamber manufacturing equipment for our BioProcess Containers and fluid transfer assemblies. Quality systems and processes have also been harmonized with other single-use manufacturing sites to provide true manufacturing redundancy for our customers.
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Thermo Fisher Scientific is expanding our single-use manufacturing network globally. With continuous growth in China’s population, we have seen an increase in demand for human therapeutics and vaccines and an even greater need for investment in public health and safety to develop biopharmaceutical products in China.
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Thermo Fisher Scientific is expanding our single-use manufacturing network globally. Some of the largest investments are taking place at our existing Logan, Utah, and Millersburg, Pennsylvania, sites. We are adding space for clean rooms for the manufacturing and assembly of Thermo Scientific BioProcess Containers and fluid transfer assemblies, investing in 2D and 3D chamber manufacturing equipment, and harmonizing our quality systems and processes.
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This video animation details the benefits of the Thermo Scientific imPULSE Single-Use Mixer and illustrates how to use these mixers in an upstream and downstream mixing application.
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The Single-Use Technologies (SUT) business at Thermo Fisher Scientific is helping our customers in their fight against SARS-CoV-2 by providing assurance of supply. This video discusses our escalation routes through the Coronavirus Command Centre, our SUT capacity expansions and contains a customer testimonial from AGC Biologics.
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Thermo Fisher Scientific has served as a key partner in the bioprocess industry, by establishing manufacturing and development capabilities, enabling Cytovance Biologics to expand offerings their product offering, to better serve clients with diverse pharmaceutical needs. In this video, the imPULSE Single-Use Mixer is highlighted for protein refolding applications at a 30 L scale and then transferred to manufacturing operations up to 5,000 L scale.
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What does pressure to address critical challenges of speed, scale, and supply mean for technologies enabling production, and how does it impact the future of vaccine and biotherapeutic manufacturing?
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Single-use technologies have been widely adopted in research and process development and are now the foundation for entire manufacturing suites. To meet the increased demand in the industry regarding quality expectations and product availability, Thermo Fisher Scientific is investing $120 million to expand their single-use technologies manufacturing network.
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This on-demand webinar reviews best practices for selecting the optimal media for a specific cell line’s growth using a media panel approach to reduce timelines and increase productivity.
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We offer a portfolio of Thermo Scientific bioprocess equipment and automation solutions that are designed to reduce the complexity involved in scale-up and technology transfer, and enable the data management that is required of GMP-certified facilities for product quality, system validation, and record-keeping. We help you establish, transfer, and maintain recipes, alerts, batch records, and historian data with a consistent user interface from R&D to process development to GMP manufacturing.
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This video is part 2 of 2 videos that cover the unpacking and inspection of Thermo Scientific BioProcess Containers (BPCs), including both 2D and 3D BPCs, manifolds, and tubing assemblies. In this video we will cover unboxing, inspecting, product support.
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This video is part 1 of 2 videos that cover the unpacking and inspection of Thermo Scientific BioProcess Containers (BPCs), including both 2D and 3D BPCs, manifolds, and tubing assemblies. In this video we will cover packaging, components, initial setup.
CONTACT INFORMATION
Thermo Fisher Scientific
7305 Executive Way
Frederick, MD 21704
UNITED STATES
Contact: Hunter Tuck
HOT PRODUCTS
- Thermo Scientific™ DynaSpin™ Single-Use Centrifuge
- Bioproduction Analytical Services
- Fast-Track Your Path To Commercialization
- Gibco Efficient-Pro Medium And Feeds Evaluation Guide
- Rapid Sterility Testing: Actionable Results In Less Than 5 Hours
- Efficient-Pro Medium And Feed Selection Guide
- Prep For The Future With Instruments For Automated Sample Preparation
- Automated Purification For DNA, RNA, Proteins, Or Cells
- Maximize Efficiency With Gibco Process Liquids And Buffers
- Process Liquids Preparation Services For Biopharmaceutical Manufacturers
- Peptones Tailored For Vaccine Production
- Simplify Your Peptone Screening Process With Gibco Starter Paks
- Mitigate Contamination Risks With HTST Flash Pasteurization
- Outsourcing Your Dry Powder Preparation
- Enhance Efficiency With Ready-To-Use Sodium Chloride Solutions
- Boost Your mAb Purification Workflow With A New Mixed-Mode Resin
- Find Your Way To Improved mRNA Purity And Yield
- Cell Nutrition That Delivers Young, Healthy T Cells For Your Process
- Thermo Scientific™ MabCaptureC™ Affinity Matrix
- Reduce Time Detecting Leached Ligands In AAV Purification
FEATURED ARTICLES
- Finding An Optimal Harvest Solution By Considering Both Cost And Sustainability
- Rapid, Seamless Upstream Process Development And Scale-Up For CHO-K1 Cells
- Enabling CDMOs To Focus On Core Priorities
- Understanding Viral Clearance During Anion-Exchange Chromatography
- Exploring The Future Of Viral Vector Development And Production
- Transitioning From Using RUO To cGMP Chemicals For Clinical Trials
- Single-Use vs. Stainless Steel Debate In Biopharmaceutical Manufacturing
- Comparing Single-Use To Fixed Bioprocessing Systems
- Critical Considerations For Buffer Preparation
- Topliss Sets In Drug Design Technical Notes For The Medicinal Chemist
- Five Of The Most Useful Transformations In Modern Organic Synthesis
- Successful Planning: Process Liquid & Buffer Preparation
- Cost Effective And Sustainable Harvest Solutions
- Cost Savings And Economic Benefits Of Perfusion Bioprocessing
- Single-Use Solutions For Research And Process Development
- Analysis Of Engineering Manufacturing Risk
- Standardized, Modularized Manufacturing Strategies
- Streamlining Upstream Plasmid DNA Manufacturing
- What To Look For In A Process Development Collaborator
- Knowledge Is Power: Overcoming Bioprocess Development Challenges