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CNC Metal Laser Cutting Service for Aerospace and Precision Engineering

Bramley Aerospace provides a metal laser cutting service for aerospace, defence and advanced engineering customers. Using our in-house Esprit Automation Photon 5G CNC fibre laser, we produce accurate sheet and plate components in mild steel, stainless steel, aluminium, brass, copper and titanium.

Parts can be supplied cut to drawing or moved into folding, machining, fabrication, finishing and assembly through the same British engineering team.

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Photon 5G

CNC fibre laser technology

Drawing to finished part

integrated engineering support

UK based

experienced engineering team

CNC laser cutting for demanding engineering projects

Bramley Aerospace approaches CNC laser cutting as part of the complete engineering requirement. Before manufacture begins, our team can review the drawing, CAD file, material specification, profile geometry, tolerances and downstream processes.

This helps identify potential manufacturing issues early and creates a clearer production route from the original requirement to the finished component or assembly.

Our laser cutting service can be used for standalone cut parts or combined with wider in-house manufacturing. This reduces unnecessary supplier handovers, supports clearer accountability and allows more of the project schedule to be managed from one UK site.

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Our Fibre Laser Cutting Equipment

Esprit Photon 5G CNC Fibre Laser Cutter

Our metal laser cutting service is supported by an Esprit Automation Photon 5G, a British-built CNC fibre laser cutting machine designed for fast, accurate and repeatable sheet and plate processing.

The machine supports controlled profiling across a range of ferrous and non-ferrous metals, including reflective materials such as aluminium, brass and copper. A Donaldson extraction system helps maintain a controlled production environment, while our engineering team reviews each drawing, material specification, profile geometry and finish requirement before confirming the most practical cutting route.

What the Photon 5G supports:

  • Accurate CNC fibre laser cutting
  • Detailed sheet and plate profiles
  • Ferrous and non-ferrous metal processing
  • Efficient cutting of reflective metals
  • Prototype, one-off and repeat production
  • Components ready for folding, machining or fabrication

The Photon 5G can process a wide range of engineering metals, including:

  • Mild steel and carbon steel
  • Stainless steel
  • Aluminium
  • Brass
  • Copper
  • Titanium
  • Other suitable ferrous and non-ferrous metals

Machine specification

  • Machine type: CNC fibre laser cutter
  • Year: 2021
  • Nominal sheet size: 3,000 × 1,500 mm
  • Maximum acceleration: 5 g
  • Maximum X-Y vector speed: 325 m/min
  • Published repeatability: ±0.025 mm
  • Published positional accuracy: ±0.050 mm
  • Extraction: Donaldson extraction system

Why choose Bramley Aerospace for metal laser cutting?

Choosing the right partner for laser cutting is about more than just the cut itself. It’s about working with an engineering team that understands how each part fits into the wider manufacturing process and can support your project from initial enquiry through to final delivery.

Aerospace-grade manufacturing mindset

Laser cutting is approached as part of a wider engineering requirement, not just a cutting task. We consider how each profile needs to be made, handled, inspected and used before it moves into the next stage.

Practical engineering input

Our team can review drawings, CAD files, material requirements, tolerances and downstream processes before manufacture begins, helping to identify a sensible route early.

In-house support beyond cutting

Laser-cut parts can move into further manufacturing stages, including folding, CNC machining, fabrication, welding, fitting, finishing and assembly. This helps reduce handovers and keeps more of the process with one accountable engineering team.

Support for bespoke and complex work

Bramley Aerospace is well suited to non-standard requirements, including one-off profiles, development work, low-volume batches and project-based manufacturing where a catalogue solution is not suitable.

Controlled route from drawing to finished part

We can support customers from drawing review and material considerations through to laser cutting, follow-on manufacture, inspection and delivery.

Responsive British engineering

Customers work with a UK-based engineering team that understands the importance of clear communication, quality, traceability, timescales and dependable project support.
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Laser engraving and etching services

Laser engraving and etching can add part identification, traceability details and surface markings to suitable metal components. The appropriate process depends on the material, required depth, contrast, durability and position of the mark.

Laser engraving services

  • Part and serial numbers
  • Component references
  • Instructions and text
  • Logos
  • Alignment marks
  • Traceability information

Laser etching services

Creates a shallower surface mark where significant material removal is not required. Typical uses include:

  • Batch information
  • Barcodes and QR codes
  • Part identification
  • Reference lines
  • Operating information
  • Inspection markings

Quality, inspection and traceability

Laser-cut components are checked against the agreed drawing and project requirements before delivery or further manufacture.

Depending on the project, support can include:

  • Drawing and revision control
  • Material certification
  • Dimensional inspection
  • Batch and component traceability
  • Inspection documentation
  • Controlled handling and storage
  • ISO 9001 quality management

Our laser cutting process

Our structured approach ensures every laser cutting requirement is reviewed, planned and delivered with accuracy, consistency and clear communication from initial enquiry through to final delivery.

01

Share your requirement

Send us your drawing, CAD file, sketch or project details, along with the material specification, thickness, quantity, tolerance requirements and any follow-on manufacturing needs.
02

Engineering review

Our team reviews the part against the material, profile, geometry, tolerance and intended use. We also consider whether the part needs folding, machining, fabrication, welding, finishing or assembly after cutting.
03

Route planning

Once the requirement is understood, we confirm the most practical production route. This may involve laser cutting as a standalone service or as part of a wider manufacturing process.
04

Laser cutting and follow-on manufacture

The part is laser cut to the agreed requirement. Where needed, it can then move into further in-house stages such as folding, drilling, CNC machining, fabrication, welding, fitting, finishing or assembly.
05

Inspection and delivery

Completed parts are checked against the agreed specification before delivery. Where the project requires additional inspection, traceability or documentation, this can be reviewed and built into the process from the start.

From prototype development to repeat production

Bramley Aerospace supports laser cutting requirements at different stages of a project.

You may need a prototype profile for design validation, a one-off part for a bespoke assembly, a small batch for testing or repeat laser-cut parts for an established programme.

Our team can review the requirement, advise on the practical production route and support the work with the right level of control for the application.

Request a Laser Cutting Quote

Request a metal laser cutting quote

Have a drawing, CAD file or metal laser cutting requirement to discuss?

Send the details to our engineering team, including the material, thickness, dimensions, quantity, tolerances and required delivery date. Please also confirm whether the components need engraving, etching, folding, machining, welding, fabrication or finishing.

We will review the requirement and advise on a practical production route.

Request a Metal Laser Cutting Quote
Speak to Our Engineering Team

Metal laser cutting FAQs

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What materials can Bramley Aerospace laser cut?
Our metal laser cutting service supports mild steel, carbon steel, stainless steel, aluminium, brass, copper, titanium and other suitable ferrous and non-ferrous metals. Availability depends on the precise grade, thickness, dimensions and required cut quality.
What thickness of metal can the Photon 5G cut?
Suitable Photon 5G configurations can cut metal plate up to approximately 25 mm thick. The actual maximum depends on the installed laser power, material type, grade, profile detail and required edge condition. Send us the material specification and drawing so that our team can confirm whether laser cutting is suitable.
What is the difference between laser cutting, engraving and etching?
Laser cutting passes through the material to create a separate profile or component. Laser engraving removes material from the surface to create a recessed mark, while laser etching generally produces a shallower surface mark. The right process depends on the required depth, appearance, durability and material.
Can you work from CAD files and engineering drawings?
Yes. Bramley Aerospace can work from customer drawings, CAD files, sketches and existing component information. Our team can review the material, profile, tolerances and downstream processes before production begins.
Can laser-cut parts be folded, machined or fabricated afterwards?
Yes. Components can move into further in-house processes, including press brake folding, CNC machining, drilling, welding, fabrication, fitting, finishing and assembly.
What information do you need for a laser cutting quote?
Please provide a drawing, CAD file or dimensioned sketch, along with the material grade, thickness, quantity, tolerances and delivery requirements. Include details of any engraving, etching, folding, machining, welding, coating or assembly work that will be required.

Supporting Services

Metal laser cutting is frequently one stage within a wider engineering project. Bramley Aerospace can support the next steps in-house, helping customers move from flat sheet or plate to a finished component, fabrication or assembly.

Water Jet Cutting

For thicker materials, heat-sensitive metals or profiles better suited to a cold-cutting process, our water jet cutting service provides a practical alternative to laser cutting.
Explore Water Jet Cutting Services

CNC machining

Laser-cut blanks and profiles can move into CNC milling, turning, drilling and other machining operations where tighter features or three-dimensional details are required.
Explore CNC Machining Services

Sheet Metal Bending

Laser-cut components can move into in-house sheet metal bending for accurate, repeatable forming before fabrication, welding or assembly.
Explore Sheet Metal Bending Services