Cut parts from your CAD file with no tooling cost and no minimum run.
Laser cutting gives clean edges in sheet steel, stainless and aluminium, with very little metal lost to the cut.
Because there is no tool to make, a design change costs you a new file rather than a new die. Send the DXF or the STEP file and we will quote the parts and the lead time.
Most laser cut parts go on to be formed and welded as sheet metal fabrication. Heavier assemblies are handled as metal fabrication, and profiles that need a finish move to anodising.
For advice or more information call us today on +44(0)1827 712910 or email us at sales@coler.co.uk
What We Laser Cut
Laser cutting is a precise, efficient manufacturing method used to produce parts from sheet metal and other metal sheets directly from CAD files. At Coler Supply Solutions, our industrial laser cutting service delivers clean edges, repeatable accuracy, and fast turnaround, making it ideal for everything from one-off prototypes to ongoing production runs.
Using advanced equipment (including fibre laser capability where required), we support laser cutting sheet metal across a wide range of applications. This includes aluminium laser cutting, laser cutting steel sheet, and laser cut stainless steel for components that demand strength, corrosion resistance, and tight tolerances. Whether you need individual parts or batch cutting, our industrial laser cutting service helps reduce lead times, minimise material waste, and keep projects moving.
Why Choose Coler Supply for Laser Cutting
01
Clean, Accurate Edge Quality
Laser cutting produces clean, burr-minimised edges with high dimensional accuracy. This improves part presentation, reduces secondary finishing requirements, and supports components intended for visible or precision-fit applications.
02
Improved Prototyping
Laser cutting enables fast production of prototype parts directly from CAD data. This allows engineers to assess fit, form, and function early in the development process using production-grade materials.
03
Better Communication of Ideas
Highly accurate laser-cut profiles ensure complex designs are interpreted correctly from drawings and CAD models. This improves communication between design, fabrication, and assembly teams and reduces the risk of errors.
04
Enhanced Functionality:
Laser cutting supports a wide range of materials and thicknesses, allowing components to be optimised for strength, weight, and performance requirements without changing cutting methods.
05
Marketability
Laser-cut parts are suitable for immediate integration into forming, welding, and assembly processes. This makes laser cutting ideal for both one-off components and repeat production for commercial and industrial applications.
06
Streamlined Workflow
By linking CAD directly to cutting operations, laser cutting streamlines production workflows. This reduces setup time, improves repeatability, and shortens lead times across fabrication projects.
High-Precision Laser Cutting Backed by Engineering Expertise
What is Laser Cutting?
Laser cutting is a transformative manufacturing method that has reshaped modern production across a wide range of sectors. Unlike processes that rely on moulds or extensive machining, industrial laser cutting produces accurate components by cutting directly from a digital file, delivering fast turnaround, excellent repeatability, and clean edges. This makes it ideal for both prototyping and production, particularly when working with sheet metal and other metal sheets.
A typical project starts with a CAD design or production drawing. That file is then converted into a cutting program, allowing the system to produce parts with high precision and consistent tolerances. Because laser cutting of metal sheets is highly controllable, it supports intricate profiles, tight internal features, and efficient nesting to reduce waste, helping control cost and speed up delivery.
Cutting is the first step for most flat parts. From there they go on to form as metal pressings or to machining as precision parts.
One of the biggest advantages of laser cutting sheet metal is flexibility. You can switch between designs quickly, scale from one-off parts to batch runs, and maintain quality without lengthy tooling changes. Depending on your requirements, this can include aluminium laser cutting, laser cutting steel sheet, and laser cut stainless steel for components that need strength, corrosion resistance, or a high-quality finish.
As more businesses push for shorter lead times and leaner manufacturing, industrial laser cutting services remain a practical way to improve productivity without compromising precision. With the right setup and workflow, laser cutting supports efficient production, consistent outcomes, and reliable delivery, whether you’re producing simple brackets or complex industrial components.