Our Sectors

Nuclear New Build

Nuclear New Build
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What We Do

Controlled manufacture of machined and fabricated components supporting new build supply chains.

Typical Deliverables

Machined components, fabricated supports/frames/brackets, tooling/fixtures, repeat production parts, documentation packs.

Who's it for?

New build delivery partners, equipment manufacturers, installation contractors.

Lead Times

Confirmed after drawing/spec review; repeat work can be scheduled for consistency.

Manufacturing quality that supports long-term asset performance.
New build projects require consistent quality, repeatable processes and a supplier that can deliver precision components with the right supporting documentation.

Berry & Escott supports nuclear new build supply chains with machined and fabricated components, focusing on controlled manufacture, inspection and traceability. Whether supporting prototype development, tooling, or repeat production, we prioritise clear communication, reliable lead times and right-first-time delivery.

Typical work we support

  • Precision machined components and assemblies
  • Fabricated structures, frames, brackets, guards and supports
  • Jigs, fixtures and tooling to support manufacture and installation
  • Design-for-manufacture support to improve tolerances, assembly and serviceability

Quality approach

  • Material certification and traceability maintained through manufacture
  • Inspection aligned to customer requirements (dimensional checks and reporting as needed)
  • Documentation packs provided to match project and customer standards

Related Projects

An image for nuclear plant in microcosm
Featured Project
Nuclear Plant in Microcosm
In keeping with their objective of ‘harnessing the latest technology to improve delivery of training skills’, the National College for Nuclear (NCfN) at Bridgwater & Taunton College wanted to develop a learning environment that could replicate a nuclear plant in microcosm. This would need to allow students to experience the demands of the nuclear workplace, enabling them to practise industry operations & behaviours away from the ‘Licensed Environment’. Design of this Practical Reactor Activity Centre was to be based on a twin flow loop of hot & cold water. It would demonstrate thermodynamic principles on a closed loop system (similar to a nuclear power station) and incorporate the appropriate functional controls and instrumentation. To underpin ‘real life’ context, the final…
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