As a specialist manufacturer of custom ASME BPE-compliant biopharmaceutical process skids, we deliver engineer-to-order hygienic fluid-handling assemblies purpose-built to satisfy bespoke upstream, downstream and utility process requirements for clinical and commercial biomanufacturing. Distinct from commoditised off-the-shelf hardware that imposes unwarranted compromises on process performance, every skid development is anchored to a formal user requirement specification, with design decisions governed by defined critical quality attributes, validated cleanability and sterilisation boundaries, and robust process control strategies. Our integrated engineering and fabrication teams collaborate closely with process development, quality assurance and regulatory stakeholders to translate proprietary bioprocess workflows into auditable, production-ready skid layouts, proactively mitigating hygienic design gaps, dead-leg liabilities and performance variability prior to commencing manufacturing.
Our fabrication and quality assurance framework adheres rigorously to the full spectrum of ASME BPE mandates covering material specification, surface finish criteria, hygienic geometry, orbital joining protocols, seal qualification and end-to-end traceability, harmonised with cGMP, ISPE and international regulatory expectations. Wetted components employ 316L stainless steel with controlled electropolished surfaces, supported by validated orbital welding procedures, mandatory borescope examination and permanent weld-coupon traceability. Sanitary diaphragm valve arrays and low-dispersion manifold routing are optimised to assure robust CIP/SIP performance. Integrated process instrumentation, overpressure protection interlocks and recipe-managed PLC/SCADA control architectures are configurable for core unit operations including media preparation, fermentation harvest, tangential flow filtration, chromatography, buffer formulation and biowaste treatment. Each assembly undergoes comprehensive hydraulic qualification, cyclic leak integrity testing and formal factory acceptance within our controlled manufacturing workspace.
This modular skid-based delivery paradigm delivers differentiated capital and operational value by consolidating piping, instrumentation, valving and control subsystems into a single, pre-qualified assembly. It substantially reduces site erection labour, eliminates the risks associated with uncontrolled field welding, and compresses overall project execution timelines. Skid footprints and utility connection interfaces are engineered for seamless deployment in both greenfield biomanufacturing campuses and brownfield facility retrofits, with inherent scalability provisions for parallel train expansion, multi-product campaign changeover and future process evolution. Rigorous hygienic design principles minimise cross-contamination hazards, sustain repeatable cleaning validation outcomes and extend asset service life, supporting flexible operating models across stainless steel, single-use and hybrid biomanufacturing architectures.
We deliver full lifecycle engineering enablement spanning conceptual design, P&ID development, 3D spatial routing, fabrication oversight, material and weld documentation dossiers, FAT/SAT governance, on-site commissioning and validation support. Our bioprocess subject-matter experts maintain post-handover engagement for control sequence optimisation, root-cause deviation resolution, calibration governance and operator competency training. This vertically integrated manufacturing model delivers traceable, inspection-ready process skids capable of scaling reliably from pilot-scale operation through sustained commercial supply for monoclonal antibodies, recombinant proteins, viral vectors and advanced therapeutic modalities.
