Find your system ↗WINPACT / MAJOR SCIENCE
From the first controlled culture to a production-scale process. Start with your working volume, compare the control you need, and see how the system fits your facility.
01 / RESEARCH & BENCHTOP BIOREACTORS
Choose a compact controller, compare cultures in parallel, or explore solid-state cultivation. Every card opens its own specifications and matched catalog pages.
02 / PILOT & MANUFACTURING SIP REACTORS
Stainless steel systems with sterilization in place. Compare published pilot specifications, then define the production configuration around your process and utilities.
03 / YOUR SYSTEM, IN DETAIL
04 / UNDERSTAND THE PROCESS
Explanatory illustrations. Curves, bubbles and sequences are simulated, not measured performance. Features apply to the systems identified below.
01 / CREATE THE CULTURE ENVIRONMENT
Impeller geometry, gas delivery and agitation speed shape the environment around your culture. Winpact research vessels include stirred and airlift arrangements, with vessel-specific speed limits.
FS-05 / FS-06 / FS-07: discuss microbial or cell-culture impellers. Airlift vessels use a different mixing principle.
Explore the vessel guide ↗02 / RESPOND TO THE CULTURE
DO cascade control links the oxygen measurement to process responses. Agitation, oxygen supply and gas mixing depend on the controller and installed devices. Identify the response you need before choosing expansion modules.
FS-06 additional cascade functions can require its expansion module; oxygen and gas mixing devices are optional. SIP controls are configured separately.
03 / KEEP YOUR RUN IN CONTEXT
On-screen trends and exported records help you compare runs. FS-05, FS-06 and FS-07 provide USB data export and Ethernet connectivity; the multi-parallel platform lists CSV export over USB.
Review storage capacity, file formats and supplied software against your workflow. Advanced EZScript control is an optional research-system feature.
04 / EXPLORE MORE THAN ONE CONDITION
The FS-05 controls two independent vessels. FS-MPB starts with four per module and supports up to sixteen vessels across four modules, making it an option for screening multiple conditions.
Vessel volumes and controllers differ between these families. Parallel operation alone does not guarantee biological reproducibility.
Explore multi-parallel ↗05 / PLAN STERILIZATION WITH THE PROCESS
The 30–200 L pilot family lists automated sterilization of the vessel and tubing. Product-contact 316L stainless steel, orbital-welded piping and bottom diaphragm valves are specified for these systems.
SIP requires suitable facility steam and utilities. Cycle parameters, cleaning scope, validation and production configurations must be agreed for your application.
Compare SIP scales ↗06 / DEFINE WHO CAN CHANGE WHAT
The research controllers list password-protected accounts, and pilot SIP systems list user access levels. The Siemens S7 offering provides a separate project path for defining PLC controls and documentation requirements.
Confirm permissions, audit requirements, data integrity and qualification deliverables for the supplied version. Regulatory compliance is evaluated at the project and process level.
Discuss Siemens S7 configuration ↗FROM A PRODUCT LIST TO A WORKING PROCESS
Organism or cell line. Working volume. Gas strategy. Feeding needs. Facility utilities. Those details turn a model comparison into a useful configuration.
Discuss your application ↗Download full 2026 catalog ↓