Laser cutting in South Africa is priced per job based on four main variables: material type, material thickness, total cut length, and quantity. There is no standard rate card because no two jobs are the same. A simple rectangular bracket cut from 3mm mild steel costs far less than an intricate decorative panel cut from 6mm stainless steel at the same overall size. At Big 5 Products, all jobs start at a minimum of R650 regardless of size, and we quote on a beat-any-price basis against comparable quotes from other South African laser cutting suppliers.
This guide explains what drives laser cutting costs, gives realistic price ranges for common job types, and tells you what to have ready when you ask for a quote.
Material is the single biggest cost variable in most laser cutting jobs. The machine time required to cut different materials varies significantly, and the material cost itself differs substantially between mild steel, stainless steel, and aluminium.
Mild steel is the least expensive material to cut. It absorbs the laser efficiently, cuts at high speed, and the raw material cost is the lowest of the three main options. Most structural, agricultural, and general fabrication jobs in mild steel sit at the lower end of the cost range for a given thickness and cut length.
Stainless steel costs more per kilogram than mild steel as a raw material, and it requires more careful cutting parameters — particularly nitrogen as the assist gas rather than oxygen — to produce a clean, oxide-free edge. Both factors push the cost per cut metre higher than mild steel at equivalent thickness.
Aluminium is reflective and thermally conductive, which means it requires specific machine settings and slightly more care than mild steel to cut cleanly. Material cost sits between mild steel and stainless steel for most standard alloys. See [aluminium laser cutting South Africa] for more on aluminium specifically.
Copper and brass are the most expensive materials to laser cut. Both are highly reflective and thermally conductive, requiring the highest laser power settings and the most careful machine parameters to produce acceptable cut quality. Jobs in copper and brass carry a premium over equivalent jobs in mild steel.
Thicker material cuts more slowly than thinner material on the same laser. Cutting 10mm mild steel takes significantly longer per metre than cutting 2mm mild steel, and the slower cutting speed directly increases the machine time cost per part.
As a general rule, cost per metre of cut increases with material thickness. For jobs where cost is a constraint, specifying the minimum thickness that meets the structural or functional requirement of the part rather than defaulting to a heavier gauge keeps the price down without compromising the result.
Total cut length is the sum of all the cut paths in the job — the perimeter of every part plus every internal cut-out. A simple square bracket has a short cut perimeter. A decorative screen panel with an intricate repeating pattern has an extremely long cut path across the same sheet area because the laser traces every element of the pattern individually.
This is why two panels of the same overall dimensions can have very different prices depending on what is cut out of them. A plain panel with a few holes costs far less than a panel with a dense decorative pattern, even if the sheet size is identical.
Per-part cost drops as quantity increases. The fixed cost of setting up the job — loading the file, setting machine parameters, positioning the material — is spread across more parts in a larger run, which reduces the cost contribution of setup per part.
For one-off and prototype jobs, the setup cost is carried entirely by the single part, which is why very small one-off jobs may feel expensive relative to their material size. For production runs of 50, 100, or 500 identical parts, the per-part setup cost contribution becomes negligible and the cost per part reflects primarily the cutting time and material.
At Big 5 Products there is no minimum quantity. The minimum is R650 per job regardless of how few parts are in the order.
These are realistic ranges for standard jobs based on current material and machine time costs. They are guides, not quotes. Your specific job may sit above or below these ranges depending on the exact variables.
Simple flat brackets and plates — mild steel 3mm to 6mm
Single parts with a straightforward profile and no complex internal cut-outs. R80 to R300 per part at low quantities. Per-part cost drops significantly at volumes of 20 parts and above.
Decorative panels and screens — mild steel 2mm to 3mm
600mm by 600mm panel with a geometric pattern. R400 to R800 depending on pattern complexity and cut density. The same panel in stainless steel adds 40 to 60 percent to the mild steel price.
Laser cut signage and lettering — mild steel or stainless 2mm to 4mm
Individual letters 100mm to 200mm height. R60 to R200 per letter at low quantities depending on the letter complexity, material, and thickness. Full name sets of six to eight letters sit in the R500 to R1,500 range typically.
Structural brackets — mild steel 6mm to 10mm
Load-bearing brackets with a relatively simple profile. R150 to R500 per part at low quantities. At production quantities of 50 or more, per-part cost can drop by 30 to 50 percent depending on the geometry.
Gate infill panels — mild steel 3mm
A standard sliding gate infill panel in flat bar profile. R800 to R2,500 for the laser cut components depending on the gate width, bar spacing, and design complexity.
Aluminium sheet cut to size — 2mm to 5mm
Simple rectangular blanks cut to specified dimensions from standard sheet. R200 to R600 per sheet equivalent depending on the alloy, thickness, and number of cuts.
Production runs — mild steel, 50 to 200 parts
Per-part cost at production quantities depends heavily on part geometry and thickness but as a guide, parts that cost R200 each at single quantity often sit at R80 to R120 each at 100 quantity. The setup cost amortisation and material optimisation across a larger run drives the reduction.
The laser cutting price covers cutting the part to the specified profile from flat sheet. It does not automatically include:
Material supply. Some suppliers quote cutting only on customer-supplied material. At Big 5 Products we typically supply the material as part of the job rather than requiring the client to source and deliver it. Confirm this at quote stage.
Bending. If the part needs to be bent after cutting, press brake bending is a separate operation priced separately. A part that requires cutting and bending is quoted for both processes together. See [metal fabrication South Africa] for how multi-process jobs are handled.
Welding. Assembly and welding of cut parts is a separate operation with its own pricing.
Finishing. Powder coating, galvanising, and other surface treatments are applied by finishing partners after cutting and are priced and arranged separately. We can facilitate this as part of the project or you can arrange your own finishing after collection.
File preparation. If your design needs to be redrawn or corrected before it can be cut, a design fee may apply. A production-ready DXF or DWG file submitted correctly avoids this cost. See [how to prepare a file for laser cutting] for a step-by-step guide to getting your file right before you submit.
Every job at Big 5 Products carries a minimum charge of R650 regardless of the size or simplicity of the order. This minimum exists because every job, no matter how small, involves machine setup, file review, material handling, and quality checking that carries a fixed time cost below which the job cannot be produced sustainably.
In practical terms, the minimum means very small one-off jobs — a single small bracket or a few simple parts — are priced at R650 even if the raw cutting time is less than that. For most clients this is not a barrier since a R650 minimum is low by industry standards for precision laser cutting. For clients with very small orders, grouping multiple parts into one job to fill the minimum is the most cost-efficient approach.
The minimum does not apply per part. A job with 20 small parts is one job with one minimum. The minimum is per job, not per part.
The fastest way to get an accurate price is to send a production-ready DXF or DWG file with:
The material you need. The thickness you need. The quantity you need. Any finish or tolerance requirements.
From those four pieces of information we can quote accurately in one conversation. Without a file, we can give indicative pricing based on a description, but a file-based quote is always more precise and avoids surprises once the job is measured and set up on the machine.
If you only have a PDF or an image of your design and no vector file, contact us before assuming you cannot proceed. We can advise on the fastest route to a production-ready file and whether a file conversion fee applies.
If you have a quote from another laser cutting service in South Africa for an equivalent job in the same material and thickness, send it to us and we will match or beat it. This applies to all laser cutting jobs at Big 5 Products. We are not interested in winning jobs on price alone — the quality, turnaround, and service need to be there — but we are confident enough in our pricing to back it with a guarantee.
Laser cutting in South Africa is priced per job based on material type, material thickness, total cut length, and quantity. Simple mild steel parts at low quantities typically run from R80 to R300 per part. Decorative panels in mild steel run from R400 to R800 depending on pattern complexity. Stainless steel jobs run 40 to 60 percent higher than mild steel at equivalent thickness and cut length. The minimum job value at Big 5 Products is R650.
At Big 5 Products the minimum charge per job is R650. There is no minimum part quantity — a single part is acceptable provided the total job value meets the R650 minimum. This minimum is one of the lower thresholds in the South African laser cutting market and makes single-part and prototype jobs accessible without a large commitment.
Stainless steel costs more per kilogram as a raw material than mild steel, and it requires more careful cutting parameters including nitrogen as the assist gas rather than oxygen, to produce a clean oxide-free edge. Both factors increase the cost per part compared to an equivalent mild steel job.
In practice, laser cutting pricing reflects machine time per part but is quoted per job rather than per hour. You will receive a price per part or a total job price rather than an hourly rate. Hourly rates for fibre laser cutting in South Africa typically run from R400 to R1,200 per machine hour depending on the machine power and the supplier, but this is rarely how quotes are presented to clients.
At Big 5 Products, material is typically included in the job price rather than quoted separately. Confirm this at quote stage since practice varies between suppliers. If you supply your own material, state this when enquiring and the quote will reflect cutting only.
Yes. An express fabrication service is available at a surcharge for jobs that qualify, delivering finished parts within 24 hours of order confirmation subject to job scale and current material availability. Call directly to confirm availability and pricing for urgent jobs.
DXF or DWG vector files are the standard. PDF and image files are not directly usable for cutting but can be converted at an additional design fee. See [how to prepare a file for laser cutting] for the full file preparation guide.