At Milton Keynes Pressings Ltd (MKP), we proudly support the UK defence industry with precision-engineered components, assemblies, and tooling solutions.
Defence
Our reputation for quality, confidentiality, and reliability makes us a trusted partner to defence OEMs, Tier 1 integrators, and government contractors requiring critical metal components and sub-assemblies.
With a long history of manufacturing experience and a robust quality culture, MKP delivers the precision, durability, and compliance essential for modern defence systems.
Defence Manufacturing Capabilities.
Our comprehensive in-house capabilities allow us to provide a complete manufacturing solution — from concept through to production and assembly.
Core Capabilities:
- Metal Pressings & Formed Components – Heavy- and light-gauge components for vehicles, enclosures, and defence systems.
- CNC Machining & EDM Wire Erosion – High-accuracy parts for armoured vehicles, radar systems, and support equipment.
- Welding & Fabrication – Manual MIG/TIG and robotic welding for steel, stainless, and aluminium assemblies.
- Assembly & Integration – Mechanical, electrical, and fastening assemblies including riveting, bonding, and clinch fixings.
- Surface Treatments – Zinc plating, anodising, electrophoretic (e-coat), powder coating, and corrosion-resistant finishes.
- Tool Design & Maintenance – Complete tooling design and manufacture via our sister company Ryeland Toolmakers
Proven Experience You Can Trust
Large-Scale Manufacturing Capability
Skilled Workforce & Engineering Expertise
Complete Manufacturing Under One Roof
Certified Quality Assurance
Trusted Across Multiple Industries
Pressings & Stampings
Assembly
Toolmaking
Welding
CNC Machining
Finishing Services
Enquire
Share your project details below, and our engineering team will provide a comprehensive review of your requirements. We work hand-in-hand with your team to develop tailored engineering solutions, ensuring every design is feasible and optimized for the most efficient, quality-driven manufacturing process.
