Laser Cutting

Because the process is entirely digital, there is no hard tooling to make, no setup cost beyond programming, and no minimum run size. A single custom part costs no more per unit to produce than a batch of a thousand. Tolerances of ±0.1mm are routinely achieved on flat sheet work, and intricate profiles, including fine lettering, close-pitch perforations, and complex curves, are cut cleanly in a single pass without burrs or mechanical distortion.

We quote from your supplied DXF, AI, or PDF file and can advise on material selection, kerf allowances, and nesting to minimise waste. Typical turnaround for standard sheet work is 3–5 working days from artwork approval, with faster options available on request.

Best for Precise, repeatable cutting of flat sheet where mechanical methods cannot hold the detail: fine lettering, close-pitch perforations, intricate profiles and complex curves, all cut cleanly in a single pass without burrs or mechanical distortion. The same vector file cuts a wide range of materials, from mild steel, stainless steel and aluminium to acrylic, polycarbonate, MDF and rubber, with no tooling to make. It is well-suited to custom parts, prototypes and production panels that feed into a larger assembly. Achievable tolerance, maximum sheet size and material thickness for your job are best confirmed with us.

When it's cost-effective At any quantity, including one-offs, because the process is entirely digital: there is no hard tooling to make, no setup cost beyond programming and no minimum run size. A single custom part costs no more per unit to produce than a batch of a thousand, and design changes are made in the artwork file at no tooling cost. Smaller runs still carry a higher per-unit cost than large ones simply because the fixed programming and material-handling time is shared across fewer pieces. We can advise on material selection, kerf allowances and nesting to minimise waste; typical turnaround and rush options are best confirmed at quoting.