Multi-Axis CNC Precision Components
Oxford Engineering executed the manufacture of a complex multi-level BOM involving numerous high-precision components, demanding advanced 5-axis CNC machining, specialised materials processing, and uncompromising quality control. The project leveraged our state-of-the-art production assets, including the MTE RT3500 large-format 5-axis mill, Mazak turn/mill centres, and Matsuura Cublex multi-tasking platforms—enabling high-accuracy, high-complexity component production across a diverse materials set.
Synthetic Diamond Manufacturing Pressure Vessel
Oxford Engineering was engaged to resolve persistent validation failures in high-tolerance CNC-machined components and pressure-vessel subassemblies designed to operate under extreme thermal and mechanical stress. The complex bill of materials included fragile, high-value components—such as quartz inserts—demanding specialist handling, micron-level precision, and rigorous testing protocols to ensure reliability in harsh environments.
Nuclear Submarine Assembly Production
Customer is designated a critical national asset supporting the UK’s sovereign defence capability. As part of a sensitive program aligned with the AUKUS partnership, Oxford Engineering is the sole export-authorised supplier approved to deliver mission-critical welded and machined assemblies. These assemblies involve deep technical complexity, with multi-level bills of materials exceeding 500 components for the primary system and over 300 for the secondary—reflecting the precision and trust placed in our manufacturing capability.
Nuclear Transport Packaging Systems
As the primary supplier, Oxford Engineering provided comprehensive Design for Manufacture (DfM) consultancy throughout the customer’s full engineering lifecycle for Class 1 nuclear transport containers. Structured design reviews were conducted across all development stages (L1–L5), from early conceptual layouts to production-ready documentation. The assemblies involved over 200 components, with particular emphasis on stainless-steel weldments, precision-machined housings, and specialised fasteners—all conforming to stringent nuclear containment requirements.
‘Original Shark’ Kevin Harrington selects Karim Sekkat as one of ten visionary, trailblazing founders
A nice accolade from Kevin Harrington, always appreciated. Click link below for the article.
Global Surge in Nuclear Technology: Oxford Engineering Chairman highlights its crucial role in healthcare and energy
Oxford Engineering is leading the way in applying nuclear technologies to healthcare.
Oxford Engineering advises on how to navigate the complex chess game of low-volume, high-complexity production
In the manufacturing world, much like chess, every move you make comes with rewards and penalties.
Transforming Integrated Manufacturing in the Nuclear Sector: The Vision of Oxford Engineering
Oxford Engineering is a trusted supplier to the Nuclear industry, see what Jake Smiths from MSN had to say about the future of Nuclear Manufacturing at Oxford Engineering.
How to achieve a repeatable and stable process the Oxford Engineering way!
MTD recently visited Oxford Engineering, a magnificent UK manufacturing facility.
“To be an engineering company worthy of high regard”
Oxford Engineering Managing Director’s take on his strategic investment in advanced Doosan Machine tools.
Apparently only second to Red Bull F1 to acquire the new laser driven Global S Chrome CMM
Laser: 600,000 points per second: need we say more?
As KTP Competition Winner, our Artificial Intelligence Program is in it’s Launch Phase
Over the next few years, we aim to develop, embed and exploit advanced smart manufacturing and data-driven machine learning techniques that can be implemented and adopted to deliver automated manufacturing process planning.