As a trusted supplier of custom ASME BPE compliant process vessels and skids, we deliver hygienic, application-specific bioprocess hardware engineered to satisfy the stringent material, surface finish, weld documentation and cleanability expectations of global biopharma, cell therapy and synthetic biology operators. Our portfolio spans jacketed mixing vessels, bioreactor pressure bodies, buffer and media hold tanks, inactivation units and fully integrated process skids, each configured to match defined unit operations, batch scales, temperature-pressure envelopes and CIP/SIP validation boundaries. Moving beyond catalogue-standard equipment, we tailor every wetted geometry, nozzle layout, agitation profile and instrumentation interface to align with your URS, minimising dead legs, eliminating stagnant zones and establishing robust contamination control for both clinical and commercial manufacturing campaigns. All deliverables are built to anchor compliant workflows while accommodating future process adjustments as product pipelines advance through tech transfer and scale-up.
Our manufacturing framework adheres rigorously to the latest ASME BPE requirements, covering material traceability, orbital welding protocols, surface roughness specifications, passivation, visual and NDT inspection, and complete material and fabrication documentation packages. We select biocompatible stainless steel alloys and specialty wetted materials with full mill certification, deploy validated orbital weld procedures, and execute sequential quality checks from raw material receiving through pressure testing, leak testing and final FAT. Each skid assembly integrates sanitary valving, transmitters, sight ports, spray ball assemblies and utility manifolds with harmonised I/O architectures, ready for seamless connection to plant BMS, DCS and PAT platforms. Fabrication records, weld maps, surface finish reports and passivation certificates are structured to support regulatory reviews under FDA, EU GMP and PIC/S regimes, removing documentation gaps that commonly delay site acceptance and validation.
This custom vessel and skid strategy creates distinct operational and compliance advantages compared with off-the-shelf equipment packages. Bespoke sizing and internal geometry optimise mass transfer, mixing homogeneity and heat transfer performance, improving process yield and reducing batch variability for upstream, downstream and formulation steps. The compact, pre-assembled skid format shortens site installation, cuts field sanitary welding scope and reduces on-site commissioning risk, while standardised hygienic design principles streamline CIP/SIP validation lifecycle activities. Modular skid construction also supports flexible facility footprints, enabling phased capacity expansion, rapid reconfiguration for multi-product campaigns and straightforward integration into hybrid single-use and stainless steel production lines. Over the asset lifecycle, the robust, corrosion-resistant construction lowers maintenance frequency and preserves consistent surface hygiene performance.
We offer a full lifecycle supply model extending from conceptual equipment layout, mechanical design and 3D modelling through fabrication, inspection, FAT, packaging, SAT coordination, site technical support and spare part management. Our cross-functional engineering team collaborates closely with your process, quality and validation teams to translate process intent into manufacturable, auditable equipment, preparing critical documentation for validation master plans and regulatory submissions. Whether you are equipping a new greenfield biomanufacturing campus, upgrading an existing brownfield suite or building pilot-scale process trains for early-stage product development, our ASME BPE-compliant custom vessels and skids provide a validated hygienic foundation that balances capital predictability, process performance and enduring regulatory confidence.
