PRODUCTION
Thermo Fisher Scientific Suzhou, China Manufacturing Site Capabilities
Watch this video to learn more about this manufacturing site capabilities, quality management systems, PPI implementation, product expansion, assurance of supply and lead times.
Meet The Experts: Part 2 - Raman Spectroscopy
Watch part 2 of this 4-part interview series to explore Raman spectroscopy, one of the main PAT tools for monitoring bioprocess CQAs and CPPs, with expert Fabien Caron.
CESS Technology
Learn how the award-winning CESS® technology can be used in Nanoforming™ future medicines to increase bioavailability for molecules with poor solubility.
Slurry Bin Functionality With The DAC Ergo
Check out how our optional stainless-steel bin works in conjunction with the DAC Ergo to capture spent media.
How mRNA Manufacturers Disrupt The Industry
Learn how biopharmaceutical companies can apply proven strategies to overcome hidden complexities in mRNA production, and discover solutions that can help you rapidly design and build a SU facility.
Strategies And Emerging Technologies For mAb Capture
Explore opportunities with the introduction of high-capacity protein A resins, how and when multicolumn chromatography is beneficial, and how emerging technologies can address bottlenecks.
Thermo Fisher Scientific North America Single-Use Technologies Capacity Expansion
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 ...
Meet The Experts: Part 3 - Chemometrics And Model Building
Watch part 3 of this 4-part interview series to learn about chemometrics and model building from expert Johan Cailletaud.
Biopharma Resilience: Building Biomanufacturing Capacity
Building back biomanufacturing resilience must remain a top priority to secure global life science supply chains. Learn how Arranta Bio is helping prepare the biopharma industry for future demand.
Improve The Bioavailability Of Poorly Soluble Drugs
KinetiSol is a fusion-based, solvent-free process that utilizes frictional and shear energies — in a fraction of the time of other amorphous solid dispersion technologies.
Technology To Overcome Absorption Hurdles And Solubility Limitations
For poorly soluble drugs, overcoming absorption hurdles can hinder development. Explore a solution that empowers researchers to overcome solubility limitations and accelerate drug development.
How To Maintain A Nuclease Free Environment During mRNA Production
mRNA are singled-stranded, and their chemistry makes them more susceptible to enzyme degradation than double-stranded DNA. Learn how to maintain a nuclease free environment during mRNA production and purification.
Single-Use Technology For Quality mRNA Manufacturing
Learn how single-use technologies deliver important benefits for mRNA manufacturing, including increased speed, quality, flexibility, and adaptability to different dosages and scale-up strategies.
Small-Scale Oligonucleotide Synthesizer That Supports Scale Up
Learn about a small oligonucleotide synthesizer with big impact that features a user-friendly interface, compact footprint, and more. This small scale system is user friendly and supports scale up.
Redefine Your Oligonucleotide Manufacturing
Streamline oligo production and scale confidently. Explore high-performing, purpose-built automated equipment designed to ensure safety, efficiency, and purity, from synthesis through concentration.
Singapore Single-Use Site Capacity Expansion
Thermo Fisher Scientific is expanding our single-use manufacturing network globally, an expansion site closer to Asia Pacific region
Thermo Fisher Scientific China Single-Use Technologies Capacity Expansion
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 saf...
mAb Up- And Downstream Process Intensification Strategies
Discover how to reduce monoclonal antibody (mAb) manufacturing time and costs through process intensification. Learn about continuous perfusion, ultrahigh cell density banks, and more.
Reimagine Sustainability In Bioprocessing
Achieving sustainability in bioprocessing labs presents distinct challenges. Learn how to reduce your environmental footprint while maintaining efficiency and avoiding extensive re-validation efforts.
Analytical Solutions To Help Accelerate Bioprocessing Success
Unlock the power of data-driven bioprocessing. Discover how advanced analytics can optimize your cell culture process, improve performance, and accelerate success.
Plasmid DNA Downstream Purification Process
Large scale production of plasmid DNA requires an in-depth understanding and optimization of the entire downstream process. Explore a complete solution, from harvest to bulk filtration.
Using An Adherent Platform To Scale-Up An Upstream Viral Vector Process
Gain insight into a helper-dependent adenovirus (HDAd) process that covers everything from bench-scale and optimization to tech transfer.
Rapid Process Development And Technical Support For AAV Scaleup
Accelerate your AAV production journey. Learn how rapid process development and expert support can streamline your path from vial to purified bulk, ensuring scalable and efficient manufacturing.
Your Contract Manufacturer Partner
Discover an integrated solution for pharmaceutical companies that offers a broad range of manufacturing services and capabilities to produce high-quality devices.
How To Select Your DSP Chromatography Technology?
Making the switch from single batch to multi-column chromatography can dramatically reduce resin utilization, costs and eliminate bottlenecks without sacrificing quality. This animated feature compares the traditional, single batch approach to a multi-column alternative f...
The Fusion-Based, Solvent-Free Process Disrupting Spray Drying
Review a commercially-ready process capable of reproducing spray-dried dispersions with less manufacturing complexity and environmental impact, and out-designing and outperforming spray drying.
Break Free From The Protein A Low-Productivity Paradigm
Protein A resins, with low flow rates and mass transport, lead to low productivity. Discover a solution that removes the bottleneck, offering a disposable alternative for mAb capture.
Scaling Up: Increasing Production Capacity While Reducing Costs
Medical device companies must meet the demand plan for their devices while managing production costs. Gain valuable insights for scaling up production capabilities efficiently and cost-effectively.
Intensification Strategies For Upstream, Downstream Processes
How do you know if an intensification approach will provide advantages? Three process intensification experts show how various intensification approaches affect outputs using different scenarios.
Meet The Experts: PAT, Raman Spectroscopy, And Chemometrics
Gain a better understanding of process analytical technology (PAT), Raman spectroscopy, chemometrics, and Raman applications in bioprocessing.