Scope Summary:
Oxford Engineering, as primary supplier, manufactures complete nuclear transport packaging systems with over 200 manufactured components requiring Class 1 nuclear containment standards. These products have a particular emphasis on stainless-steel weldments, precision-machined housings, and specialised fasteners. Our manufactured products support the safe transportation of radioactive materials globally, with full certification compliance and multi-stage production validation from L1 concept through L5 production release.
We placed strong focus on machining feasibility, tolerance stack-ups, and identifying ambiguous or impractical drawing features early in the lifecycle. Key areas of support included thread specification validation, finish note clarification, and material compatibility reviews—all tailored to ensure readiness for Class 1 nuclear standards.
Candidate’s Performance Against Targets:
• Delivered manufactured assemblies meeting Class 1 nuclear containment requirements
• Achieved consistent production quality across multiple drawing revision stages
• Implemented modular manufacturing approach enabling efficient part family production
• Implemented modular design principles that allowed shared tooling across part families, reducing setup time and increasing batch efficiency.
• Maintained compliance with international nuclear transport regulations
• Reduced manufacturing variation through standardized production processes
• Reduced PO to delivery lead time by over 6 months
Support Against Functional Objectives:
Our manufactured transport containers ensure regulatory compliance for radioactive material handling, provide operational reliability for nuclear logistics operations, maintain consistent product quality essential for safety-critical applications, enable efficient maintainability through modular design approach, and deliver robust performance under demanding transport conditions.