Our custom stainless steel bioreactor and fermenter skid design delivers application-specific upstream biomanufacturing infrastructure engineered to align vessel geometry, hydraulic performance and control architecture with defined process requirements for cell culture, microbial fermentation and recombinant protein production. Moving beyond standardised off-the-shelf hardware, each skid is configured around target CQAs, scale-up criteria, shear limits, mass transfer targets and seed train sequencing, resolving performance variability that arises when generic equipment is forced to accommodate proprietary bioprocess workflows. We collaborate cross-functionally with process development, quality and regulatory teams to translate process know-how into a manufacturable skid layout, balancing sterility containment, cleanability and operational flexibility for clinical, cGMP commercial and multi-product production environments.
The fully integrated skid assembly is engineered and fabricated in strict conformance with ASME BPE, cGMP and ISPE best practices, utilising 316L wetted components, controlled surface finishes and documented orbital weld procedures. The design scope encompasses vessel agitation and sparger optimisation, jacketed thermal control loops, sterile gas distribution, sanitary sampling and feed addition ports, integrated CIP/SIP circuits, pressure relief and containment features, and SCADA/PLC automation with recipe-driven parameter governance. CFD and mass transfer modelling are embedded into the design workflow to homogenise dissolved oxygen, pH and nutrient distribution, minimise dead zones and stratification, and stabilise hydrodynamic conditions across batch, fed-batch and continuous operating modes, with full traceability of material, calibration and fabrication records for inspection readiness.
This modular skid-based configuration delivers distinct operational and capital advantages by centralising all unit instrumentation, valving and utility interfaces within a single factory-tested assembly, reducing site installation complexity, field rework and commissioning timelines. The footprint and utility tie-ins are tailored to fit greenfield layouts or brownfield retrofits, with flexible expansion provisions for parallel bioreactor trains, seed bioreactor staging and future capacity ramp-up. Built-in cleanability and sterilisation robustness reduce cross-contamination risk, shorten product changeover cycles and support sustained batch-to-batch consistency, while the durable stainless steel platform delivers extended service life compared with single-use alternatives for high-volume, recurring biomanufacturing campaigns.
We provide end-to-end engineering delivery spanning conceptual layout, P&ID development, 3D routing, equipment sizing, fabrication supervision, FAT/SAT coordination, site commissioning and validation support. Our bioprocess engineering team extends post-handover services including control recipe tuning, process troubleshooting, operational training and design modification for process evolution, ensuring the skid behaves consistently with predictive models and process expectations. This turnkey customisation approach enables biopharma sponsors and manufacturers to deploy resilient, audit-ready upstream systems that reliably translate lab and pilot process performance into commercial-scale output.
