Our custom ASME BPE compliant biopharmaceutical process skids are engineered-to-order sanitary fluid platforms built to match unique unit operation requirements across upstream cell culture, harvest clarification, buffer formulation, TFF concentration, chromatography and final formulation workflows for regulated biomanufacturing. Moving beyond rigid off-the-shelf system configurations, each skid is developed around defined critical process parameters, product stability constraints, cleanroom footprint limits and site utility boundaries, embedding ASME BPE principles for material selection, surface finish, weld geometry, drainability and dead-leg control from the earliest design phase. These integrated assemblies serve as modular, audit-ready building blocks for vaccine, recombinant protein, gene therapy and synthetic biology production lines, harmonizing mechanical hygiene with cGMP, data integrity and global regulatory expectations for clinical and commercial material manufacturing.
Every skid assembly integrates sanitary process components, precision sensing arrays, automated valve trains, CIP and SIP circuits, and PLC-SCADA control infrastructure within a single factory-fabricated structural frame. Wetted construction utilizes 316L electro-polished stainless steel and USP Class VI validated elastomers, with orbital weld procedures, roughness documentation, material traceability and non-destructive testing executed and recorded in strict accordance with ASME BPE requirements. Hydraulic routing is simulated and optimized to minimize stagnant zones, reduce pressure loss and support full drainage, while configurable automation enables recipe-driven sequence execution, continuous parameter logging and secure electronic batch records aligned with GAMP 5 and 21 CFR Part 11. A complete deliverable package includes P&ID schematics, 3D layout models, weld maps, calibration certificates and FAT performance reports to streamline QA review and regulatory inspection readiness.
Specifying custom ASME BPE process skids delivers substantial risk and schedule advantages for biotech developers, CDMOs and vaccine manufacturers. Off-site fabrication, assembly and full functional FAT substantially compress on-site installation, flushing and qualification timelines while eliminating variability associated with field sanitary piping work. The skid format enables flexible deployment, reconfiguration and phased capacity expansion, supporting multi-product campaign operation and reducing capital lock-in for evolving development pipelines. Consistent sanitary design also simplifies cleaning validation strategy, lowers bioburden and cross-contamination risk, and improves long-term equipment resilience under repeated CIP/SIP cycling, creating stable, repeatable process conditions that directly reduce batch variability and yield loss.
We deliver end-to-end engineering engagement spanning user requirement specification review, hydraulic and thermal simulation, skid layout optimization, instrumentation selection, automation programming, factory and site acceptance testing, IQ/OQ support and ongoing technical advisory. Our bioprocess engineering team collaborates closely with process development, quality and EPC stakeholders to align skid interface logic, containment classification and utility tie-ins with broader facility design, whether integrated into greenfield biomanufacturing campuses or retrofitted into existing brownfield cleanroom suites. By translating bespoke process requirements into robust, ASME BPE-compliant hardware, these custom process skids establish a reliable, scalable sanitary foundation that de-risks tech transfer and sustains consistent performance across the full biopharmaceutical lifecycle.
