Laser cutting is one of the most flexible and accurate methods of processing sheet metal. It delivers clean edges, tight tolerances and fast turnaround times. Because of this, it is ideal for prototypes, small batches and even medium-volume production.
In this guide, you’ll learn about AEO’s laser cutting capabilities, the materials we work with, the thicknesses we can process and how these factors influence your project’s cost and performance.
What Is Laser Cutting?
Laser cutting uses a concentrated beam of light to cut or pierce metal. The beam melts the material with extreme precision, resulting in clean, accurate edges without physical contact. This reduces the risk of distortion and makes the process reliable for complex shapes.
At AEO, laser cutting is used for:
Prototypes
Small batch production
Flat profiles
Components that require high accuracy
Parts that need quick turnaround
AEO’s Laser Cutting Capabilities
AEO offers advanced laser cutting that supports a wide range of project requirements. Because we combine cutting, forming, pressing, welding and assembly in one facility, you can scale production with ease.
1. Supported Materials
We laser cut several types of metal, including:
Mild steel
Stainless steel
Aluminium
Galvanised steel
Coated steels (where suitable)
Each material behaves differently under a laser, so our experts advise you on the best choice for strength, appearance and budget.
2. Thickness Range
AEO can cut a wide range of sheet metal thicknesses. Typical cutting capacities include:
Mild steel: up to 25mm
Stainless steel: up to 20mm
Aluminium: up to 12mm
These ranges cover most commercial, industrial and engineering applications.
3. Part Size and Bed Capacity
Our laser systems handle both small intricate components and larger parts.
This flexibility makes AEO suitable for:
Brackets
Panels
Frames
Precision parts
Large-format components
If you need oversized or unusually shaped parts, our team can advise on the most efficient approach.
4. Accuracy and Repeatability
Laser cutting is extremely precise. AEO typically achieves:
Tight tolerances
Minimal edge clean-up
Consistent repeatability
Accurate reproduction across batches
This ensures your components fit, assemble and perform exactly as intended.
Why Choose Laser Cutting for Your Project?
Laser cutting offers several advantages that make it suitable for many applications.
✔ Fast Prototyping
Design changes are quick and cost-effective because there is no tooling to build.
✔ Clean, High-Quality Edges
Laser cutting produces smooth edges with minimal finishing.
✔ Supports Complex Shapes
Curves, slots, holes and intricate cut-outs are easy to achieve.
✔ Lower Upfront Cost
For smaller batches, laser cutting is more economical than using pressing tools.
✔ Excellent Material Efficiency
The narrow cutting width reduces waste and maximises sheet usage.
Laser Cutting vs Other Processes
It’s important to choose the right method for your needs.
Laser cutting is perfect for prototypes and low to medium volumes.
Pressings are more cost-efficient for high-volume runs.
Fabrication and welding support assembly when multiple components are joined.
AEO offers all these services, making it easier to choose the right path as your project evolves.
How AEO Helps You Scale
Many customers start with laser cutting during development.
Once the part is finalised, they transition to press tooling for high-volume production.
AEO supports this entire journey:
Design for Manufacture (DFM)
Prototype development
Tooling design and build
Pressing and forming
Welding, fabrication and assembly
This complete service reduces lead times and ensures a smooth move from prototype to full production.
Conclusion
AEO’s laser cutting capabilities offer flexibility, speed and high accuracy for a wide range of materials and thicknesses. Whether you’re prototyping a new design or producing small batches, our expertise ensures you get reliable, high-quality components.
And when you’re ready to scale up, our pressing, welding and manufacturing capabilities help you grow without switching suppliers.