British aerospace engineering
Precision Engineering Services
Our services cover CNC cutting, forming, machining, additive manufacturing, welding, finishing and proof load testing. By bringing these processes together, we can support projects from initial drawings and prototype development through to finished components, fabricated assemblies and large bespoke structures.
Design
Flexible
Prototype
British aerospace engineering
Our Integrated Precision Engineering Services
Our team reviews the drawing, material, tolerances, quantities and intended application to identify the most practical route from initial manufacture through to finishing and testing. Our services can be used individually or combined to keep each stage connected, reduce unnecessary handovers and maintain design intent throughout production.
British aerospace engineering
Our CNC Cutting and Profiling Services
CNC Metal Laser Cutting Services
CNC Water Jet Cutting Services
It is suitable for thick materials, specialist alloys and components where thermal distortion or changes to the material structure need to be minimised.
CNC Routing Services
Our CNC bridge-type router can produce foam packaging inserts, protective component nests, patterns, panels, plastics and other routed parts for engineering and manufacturing applications.
Our CNC Forming and Sheet Metal
Bending Services
CNC forming services shape cut sheet and plate into practical components ready for welding, fitting, assembly or further machining.
CNC Sheet Metal Bending Services
CNC sheet metal bending uses programmed press brake control to produce accurate bends, folds and formed sections.
We support brackets, mounting plates, channels, trays, panels, guards, covers, enclosures and fabrication-ready components across prototype, one-off and repeat requirements.
British aerospace engineering
CNC Machining Services
Machining requirements can be delivered as standalone work or combined with cutting, welding, finishing and assembly through a wider manufacturing route.
CNC Milling
CNC Turning
The process supports consistent dimensions across individual components, prototype work and repeat production requirements.
5-Axis Machining
This can reduce repositioning, support tighter relationships between features and provide a practical route for complex aerospace and advanced engineering components.
British aerospace engineering
Our Additive Manufacturing and Rapid Prototyping Services
Large 3D Printing Services
Large 3D printing supports bigger prototypes, patterns, tooling aids, fixtures and development parts that exceed the practical size of standard desktop printing systems. It provides a flexible route for checking overall form, fit, access and spatial relationships before committing to final production methods.
British aerospace engineering
Our Welding and Fabrication Services
The most suitable welding process is selected according to the material, joint design, component thickness, application and wider manufacturing requirements.
TIG Welding
It is commonly used for aluminium, stainless steel and detailed fabrication work.
MIG Welding
It can support one off manufacture, development work and repeat fabrication requirements.
MAG Welding
The process supports strong, repeatable joints across structural components, frames, equipment and larger welded assemblies.
MMA Welding
It can be used where component size, access, material condition or operating environment makes other welding processes less practical.
British aerospace engineering
Our Finishing Services
Metal Painting
Metal Coating
Requirements are reviewed against the material, operating environment, component use and specified finish before the appropriate route is agreed.
Proof Load Testing
British aerospace engineering
From Drawing to Finished Component
Requirement review
Manufacturing route
Production
Finishing and testing
Delivery and ongoing support
British aerospace engineering
Components and Projects We Support
- Precision machined components
- Prototype and development parts
- Brackets, plates, panels and enclosures
- Shafts, bushes, pins and spacers
- Jigs, fixtures and tooling
- Trolleys, cradles and handling equipment
- Aircraft staging and access equipment
- Fabricated frames and welded structures
- Specialist production equipment
- Large bespoke engineering assemblies
British aerospace engineering
Materials We Work With
- Aluminium
- Mild steel
- Carbon steel
- Stainless steel
- Titanium
- Copper
- Brass
- Specialist and aerospace alloys
- Engineering plastics
- Foams and routing materials
- Additive manufacturing polymers
Material grade, thickness, condition and certification requirements should be confirmed during the quotation process.
British aerospace engineering
Precision Engineering for Demanding Environments
Our facility brings together precision machining, profiling, forming, additive manufacturing, fabrication, finishing and testing. This allows our team to support individual parts as well as wider assemblies and large engineering projects requiring several manufacturing stages.
Aerospace
Advanced Manufacturing
Utilities
Rail and Transport
Civil Engineering
Specialist and Bespoke Engineering
British aerospace engineering
Large 3D Printing for Aerospace, Defence and Advanced Engineering
Design connected to manufacture
Drawing review, prototype development and practical engineering input remain closely connected to the people responsible for manufacturing the final component.
Broad in-house manufacturing services
Cutting, forming, machining, welding, 3D printing, finishing and testing can be coordinated through one engineering team.
Small components to large structures
Our facilities support precision machined parts alongside frames, staging, handling equipment, fixtures and larger bespoke assemblies.
Flexible production support
We work across prototypes, one-off requirements, development projects, low-volume batches and repeat production