Thermo Fisher Bioproduction Solutions

  1. CentriPAK BioProcess Container – A Solution For GMP Cell Culture Separations 6/16/2021

    A single-use technology bioprocess container that answers the requirement for cGMP guideline compliance in centrifugation GMP application.

  2. Flex For What's Next - Single-Use Closed System 6/13/2021

    Thermo Fisher Scientific brings flexibility to BioProcess harvesting with a suite of new and proven solutions. Centrifuge-ready single-use BioProcess Containers enable closed-system handling of critical sterile liquids from culture vessel to harvesting and downstream applications — because contamination of a biopharmaceutical batch between cell culturing and downstream purification steps is not an option.

  3. CentriPAK BioProcess Container (BPC) Data Sheet 6/11/2021

    The innovative concept of the new Thermo  cientific™ CentriPAK™ BioProcess Container (BPC) provides a single-use, sterilized, closed system for centrifugation.

  4. Next-Generation Centrifuge Container For Cell Culture Separations 6/11/2021

    The Thermo Scientific™ Sorvall™ BIOS 16 Centrifuge with NEW Thermo Scientific™ CentriPAK™ BPC system combines our leading technology with an innovative, single-use, sterilized closed system designed for improved security of cell culture separations in the bioprocessing industry. The NEW Thermo Scientific CentriPAK BPC system maximizes your sample security and minimizes your process time.

  5. CentriPAK BioProcess Container 6/11/2021

    Centrifuge-ready single-use BioProcess Containers enable closed-system handling of critical sterile liquids from culture vessel to harvesting and downstream applications — because contamination of a biopharmaceutical batch between cell culturing and downstream purification steps is not an option.

  6. Next-Generation Labtainer BPC Providing Improved Performance, Reliability, And Higher Quality Assurance 4/22/2021

    As technology and innovation advances within the bioproduction industry, single-use technologies (SUTs) have also made considerable progress in the drug and vaccine manufacturing space. The innovative design of the Thermo Scientific™ Labtainer™ Pro BioProcess Container (BPC) provides improved flexibility and assurance—without compromise.

  7. Nunc Cell Factory Shaker System 4/22/2021

    The Thermo Scientific™ Nunc™ Cell Factory™ Shaker System offers a high-quality, automated solution for the consistent detachment of cells from Thermo Scientific™ Nunc™ Cell Factory™ systems; it eliminates the need for shaking and pounding of the Nunc Cell Factory systems, supporting workflow dependability and efficiency.

  8. Labtainer Pro BioProcess Container Brochure 4/22/2021

    As technology and innovation advance within the bioprocessing industry, single-use technologies have also made considerable progress in the drug and vaccine manufacturing space. The innovative concept of the Thermo Scientific™Labtainer™ Pro BioProcess Container (BPC) provides flexibility and assurance—without compromise.

  9. Nunc Cell Factory Automated Equipment Brochure 4/22/2021

    Thermo Scientific™ Nunc™ Cell Factory™ equipment delivers a solution for quick and easy scale-up of your existing Nunc Cell Factory systems. Nunc Cell Factory equipment automates the filling, emptying, harvesting, and trypsinization steps of adherent cell culture. Realize process consistency, optimization, and standardization when scaling up and manipulating multiple Nunc Cell Factory systems simultaneously with this trusted equipment. All equipment is compliant with cGMP.

  10. Nunc Automated Cell Factory Manipulator 3/2/2021

    The Thermo Scientific™ Nunc™ Automated Cell Factory Manipulator is a high-quality, fully programmable system that automates the handling of Thermo Scientific™ Nunc™ Cell Factory™ systems. Keep your proven adherent cell culture practices and simplify your scale-up to achieve constant and reliable results. Designed for use in clean room environments, and compatible with closed-system workflows, all functions can be activated by the touch of a button.