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. |
Featured products and services:
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BioProduction Single-Use Technologies
Bioprocess Equipment and Automation
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Flexible containment solutions |
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Nunc Adherent Cell Culture Solutions: |
Rigid Containment And Critical Environment Solutions: |
BioProduction Gibco Cell Culture
BIOPRODUCTION SINGLE-USE TECHNOLOGIES
NUNC CELL FACTORY SYSTEMS AND AUTOMATED EQUIPMENT
Proven solutions for large-scale production of cells, vaccines, and cellular therapeutics, these systems have the same growth kinetics as laboratory-scale cell culture products. The ports of the system make it easy to customize and close with custom tubing assemblies that facilitate venting, filling, and harvesting.
Nunc Cell Factory System Equipment
Maximize productivity with automation solutions for scale-up of your Cell Factory systems. Automation solution options include Automated Cell Factory Manipulator (ACFM), CO2 Incubator, Shaker and Shelving Systems.
Nalgene Products
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
- Process Performance Comparison Between The 50 L HyPerforma DynaDrive S.U.B. And Legacy S.U.B. Platforms
- End-User Evaluation Of 30 L And 300 L HyPerforma 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
- Cultivation Of Sf9 Insect Cells And rSEAP Expression
- Cultivation Of Sf9 Insect Cells And SEAP Expression In The HyPerforma Glass Bioreactor
- Study Of Media Evaporation In Nunc Cell Factory Systems
- Liquid Retention Comparison In PC And PETG Containers
- Validated Shipping Of Filled Labtainer Pro BioProcess Containers (BPCs)
- Cell Factory Automation Accelerates Workflows, Increases Consistency
- Automated Foam Control In HyPerforma Single-Use Bioreactors
- S.U.B. Enhancements For High-Density Fed-Batch Cultures
- Enhanced Single-Use Bioreactor Performance For Scalable Vero Cell Culture On Microcarriers In Serum-Free Medium
- 2,000 L HyPerforma Single-Use Bioreactor Evaluation
- S.U.B. Enhancements For High-Density Perfusion Cultures
- Mass Transfer Of Single-Use Fermenters To Stirred Glass Bioreactors
- Scale-Up And Tech Transfer From 100 L SIP/CIP Vessel To The 300 L S.U.F.
- Roller Bottles That Excel With ST, Vero, And MDBK Cells
- Rapid, Serum-Free, High-Yield Antibody Production In PETG Roller Bottles
- Nunc Cell Factory System Extractable Review
- Master Cell Bank Production Of Liver Carcinoma Cells
- Culture Of Human Mesenchymal Stem Cells In Nunc Cell Factory Systems
- Harvesting Adherent-Dependent Cells From Nunc Cell Factory Systems Protocol
- Thermoinducible Expression Of DNA Polymerase I
- Proteinase K Production: Single-Use vs. Stainless For Microbial Fermentation
- Production Of Antibody Fragments By S. Cerevisiae In Single-Use Fermentor
- Safely Separate Microcarriers And Harvest Cells In A Closed System
- Maintain hMSC Multipotency After Large Scale Expansion