Scientific Solutions

Bioprocess & Biomanufacturing

Upstream and downstream technology support from cell expansion and bioreactors through filtration, chromatography, process analytics and single-use systems.

Bioprocess & Biomanufacturing

Coverage

Aventra supports requirement-specific sourcing across the following technology and material areas.

01
Cell-line & media strategy
02
Bioreactors & process vessels
03
Single-use assemblies
04
Depth filtration & clarification
05
TFF & ultrafiltration
06
Chromatography resins & columns
07
Process monitoring & sensors
08
Bioprocess raw materials & QC

What we clarify before sourcing

Process scale and development stage
Product modality and impurity profile
Existing equipment and connection standards
Single-use vs reusable strategy
Process-contact material requirements
Documentation, traceability and change control needs

Technical Considerations for Bioprocess & Biomanufacturing Selection

These illustrated steps focus on the technical choices that shape upstream and downstream bioprocess solution selection.

01 / DEFINE
Illustrative scientific workflow: Define the process stage and product contextDefine the process stage and product context

Clarify organism or cell line, process stage, target product, scale, process mode and critical quality expectations.

  • Identify whether the need is upstream, downstream or final handling
  • Capture scale, process mode and target product attributes
  • Note any single-use, GMP or containment expectations
02 / SELECT
Illustrative scientific workflow: Select the unit operations and materialsSelect the unit operations and materials

Align media, bioreactors, filtration, chromatography, membranes, sensors and process consumables to the process strategy.

  • Match unit operations to the process bottleneck or objective
  • Check compatibility across media, hardware and disposables
  • Review sensor and control requirements
03 / EVALUATE
Illustrative scientific workflow: Evaluate process compatibility and robustnessEvaluate process compatibility and robustness

Review yield, binding capacity, pressure, residence time, clarification efficiency, sterile handling and scale-up implications.

  • Assess performance parameters that affect process success
  • Consider sterile handling and contamination-control risks
  • Review scale-up, cleaning and validation implications
04 / PLAN
Illustrative scientific workflow: Plan continuity and implementationPlan continuity and implementation

Account for lead times, documentation, recurring consumables, process continuity and coordinated supply through the manufacturing workflow.

  • Map recurring materials and replacement timing
  • Check CoA, validation and supporting documentation needs
  • Protect continuity for production or pilot operations