Gold Coast & Arundel · Established 2010

Materials for Laser Cutting: Best Options for Every Project

When it comes to Materials for Laser Cutting, Absolute Laser Cutting handles everything from mild steel and stainless steel to aluminium and specialty metals. No matter the material or thickness, we deliver clean, accurate, and consistent results.

Our Capabilities

Cutting Any Metal Your Project Demands

At Absolute Laser Cutting, we’ve built our operation around one principle: give Gold Coast businesses access to the same quality metal laser cutting that large manufacturers take for granted. That means offering a wide material range, maintaining stocks of the most common grades, and having the machine capability to cut everything from 0.8mm decorative sheet through to 20mm structural steel plate.

Our advanced fibre laser system is suited to all five of the main metal categories used in Queensland’s industrial, construction, and commercial sectors. Whether your project demands the cost-effectiveness of mild steel, the corrosion resistance of stainless or aluminium, the pre-coated practicality of galvanised sheet, or the weather-cycling durability of Zincalume — we cut it with the same precision, the same fast turnaround, and the same clean edge quality.

Not sure which material is best for your application? Our team has 16+ years of hands-on experience and can advise on grade, thickness, and surface finish before you commit to an order. A 10-minute conversation can save you hours of on-site problems.

Mild steel cut up to 20mm thick — the industry workhorse for structural fabrication, machinery, and general metalwork across every sector.
Stainless steel in 304 and 316 grades for corrosion-resistant applications in food production, coastal construction, marine fittings, and architectural features.
Aluminium alloys including 5052, 6061, and 3003 for lightweight fabrication, transport panels, architectural screens, and signage.
Galvanised and Zincalume sheet for pre-coated construction and agricultural applications where post-cut corrosion protection is impractical.
Custom and specialty metals available on request — including Corten weathering steel, high-strength structural grades, and more.
All materials cut on CNC fibre laser for consistent tolerances, clean edges, and minimal heat-affected zones compared to plasma or oxy-fuel cutting.
DXF, DWG, STEP, and PDF file formats accepted. No CAD file? We'll work from your sketch or specification to produce the cutting file for you.
Sheet sizes up to 3000mm × 1500mm accommodated. Larger format and custom blank sizes available — call us to confirm capability before ordering.

Not sure which material you need? Call us on 07 5563 2555 or email sales@absolutelaser.com.au and we’ll advise the best grade and thickness for your application — at no charge.

Material Guide

materials used for laser cutting: Every Material, In Detail

Select a material below to see full specifications, available grades, recommended applications, and our cutting advice for each metal type.

Mild Steel Laser Cutting

Mild steel — also called low-carbon steel or structural steel — is the most widely used material in our facility. It’s the go-to choice for construction hardware, structural components, machinery guards, agricultural equipment, and general fabrication across every industry we serve. Mild steel’s affordability, weldability, and ease of finishing make it the practical first choice for most applications where corrosion is manageable through painting, powder coating, or galvanising after cutting.

Our fibre laser cuts mild steel cleanly from light-gauge 1.0mm sheet through to heavy 20mm structural plate, with consistent edge quality and precise hole positioning throughout the thickness range. For construction applications — where bolt holes and connection points must align perfectly on-site — our CNC laser ensures every component in a batch is identical to the last.

Max Thickness

20mm

Max Sheet Size

3000×1500mm

Tolerance

±0.1mm

Cut Edge

Clean, no grind

Common Applications

Structural brackets

Base plates

Gussets

Machinery guards

Agricultural frames

Connection plates

Steel signage

Mine equipment parts

Mild Steel

Up to 20mm thick · CNC fibre laser Clean edges · No secondary finishing

Available Grades

Corrosion Resistant

Stainless Steel Laser Cutting

Stainless steel is the preferred material for applications where corrosion resistance, hygiene, or polished aesthetics are essential. On the Gold Coast — with its coastal environment and high humidity — stainless steel is widely used for external architectural features, marine hardware, food processing equipment, commercial kitchen fitouts, and balustrade systems where long-term corrosion performance is critical.

We laser cut stainless steel in both 304 and 316 grades across a range of thicknesses. Our fibre laser produces notably cleaner cut edges on stainless than older CO₂ systems, reducing the oxide discolouration on the cut face and minimising the need for edge passivation or secondary finishing. Parts are typically supplied with a standard mill finish unless otherwise specified.

Max Thickness

12mm

Max Sheet Size

3000×1500mm

Tolerance

±0.1mm

Finishes

2B, BA, #4

Common Applications

Balustrades & railings

Marine fittings

Food equipment

Coastal architecture

Medical equipment

Decorative screens

Pool hardware

Stainless Steel

304 & 316 grade · Up to 12mm
Coastal & marine grade available

Available Grades

Lightweight

Aluminium Laser Cutting

Aluminium’s combination of low weight, excellent corrosion resistance, and clean aesthetic makes it the material of choice for architectural panels, decorative screens, transport components, signage, and marine applications. It’s roughly one-third the weight of steel at comparable thicknesses, which matters enormously in applications where weight is a structural or handling consideration.

Aluminium presents unique challenges for laser cutting — it reflects laser energy more readily than steel, demanding higher-power equipment and precise process parameters to achieve clean cuts. Our fibre laser handles aluminium exceptionally well across all common alloy grades, delivering smooth cut edges with minimal burr and accurate dimensions throughout the sheet.

Max Thickness

10mm

Max Sheet Size

3000×1500mm

Tolerance

±0.15mm

Finishes

⅓ of steel

Common Applications

Architectural screens

Facade panels

Signage

Transport panels

Marine components

Decorative features

Louvres & sunshades

Aluminium

5052 · 6061 · 3003 alloys
Up to 10mm · Lightweight & corrosion-free

Available Alloys

Pre-Coated

Galvanised Steel Laser Cutting

Galvanised steel is mild steel with a factory-applied zinc coating that provides integral corrosion protection — without the need for post-cut painting or powder coating. It’s widely used in construction, agriculture, and infrastructure for components that will be exposed to moisture, soil contact, or outdoor conditions where a secondary coating process isn’t practical or economical.

Laser cutting galvanised steel requires attention to fume extraction and cut parameter control due to the zinc coating. Our facility is equipped with appropriate ventilation and fume capture, and our operators are experienced in producing clean, accurate cuts on galvanised sheet without burning or discolouring the zinc layer beyond the immediate heat-affected zone of the cut edge. The cut edge itself will naturally expose bare steel, which can be treated with cold galv compound if required.

Max Thickness

6mm

Max Sheet Size

3000×1500mm

Coating

Hot-dip zinc

Standard

AS/NZS 1365

Common Applications

Roofing & cladding

Agricultural frames

Construction brackets

Outdoor furniture

Drainage channels

Fencing hardware

Galvanised Steel

Hot-dip zinc coated · Up to 6mm
Pre-coated corrosion protection

Coating Classes

Long Life Coating

Zincalume Laser Cutting

Zincalume is an aluminium-zinc alloy coated steel product (commonly 55% aluminium, 43.5% zinc, 1.5% silicon) that offers significantly superior corrosion resistance compared to standard galvanised steel — particularly in coastal and industrial environments like those found across the Gold Coast and South East Queensland. The aluminium content provides a barrier protection mechanism that extends the effective service life well beyond that of zinc-only coatings.

It’s the standard material for many roofing, walling, and structural cladding applications in Queensland due to its excellent heat reflectivity and long-term durability in the subtropical climate. We cut Zincalume sheet for roofing components, purlin brackets, structural trays, and agricultural buildings. The cut edge — as with galvanised — will expose the steel substrate and should be treated if the application demands full cut-edge protection.

Max Thickness

6mm

Coating

Al-Zn alloy

Corrosion Life

3–6× galv

Standard

AS 1397 AZ150

Common Applications

Roofing components

Wall cladding

Purlin brackets

Agricultural buildings

Industrial sheds

Structural trays

Zincalume

Al-Zn alloy coated · AS 1397
3–6× corrosion life vs galvanised

Common Specifications

On Request

Specialty & Custom Metals

Beyond our standard material range, we regularly cut specialty and custom metals for specific project requirements. If your application demands a material not listed here — whether that’s Corten weathering steel for architectural feature panels, high-strength structural grades for demanding engineering applications, or a less common alloy for a specialist manufacturing client — contact us to discuss.

Specialty materials typically require additional setup time and may have longer lead times depending on stock availability from our suppliers. We recommend reaching out early in your project planning phase so we can confirm capability, source material, and provide an accurate lead time before your deadline becomes critical.

Specialty Materials We’ve Cut

Corten / Weathering Steel

High-strength structural grades

Hardox wear plate

Perforated sheet (all metals)

Checker plate

Copper sheet

Brass plate

Specialty Metals

Corten · Hardox · Brass · Copper
Contact us for capability confirmation

Popular Specialty Options

Material Guide

best materials for laser cutting: Material Comparison Guide

Use this table to quickly compare material properties and identify the best option for your project. Not sure? Our team is happy to advise — call us on 07 5563 2555.

Material	Max Thickness	Corrosion Resist.	Weldable	Best For	Cost (Relative)
Mild Steel	20mm	Low (requires coating)	Excellent	machinery	$ Budget
Stainless 304	12mm	High	Good	Kitchens, balustrades, interior	$$$ Premium
Stainless 316	12mm	Very High (marine)	Good	Coastal, marine, food	$$$$ High
Aluminium 5052	10mm	High	Good	Marine, transport, architecture	$$$ Medium-High
Aluminium 6061	10mm	High	Good	Engineering, structural, precision	$$$ Medium-High
Galvanised Steel	6mm	Medium	Good*	Roofing, construction, ag	$$ Low-Medium
Zincalume	6mm	Very High	Good*	Roofing, cladding, coastal builds	$$ Low-Medium
Corten Steel	on request	Self-patinating	Good	Architectural, garden, feature walls	$$$ Medium-High

* Welding of coated steel releases zinc fumes — ensure appropriate fume extraction is used. Cost ratings are relative guides only; contact us for current pricing on your specific requirement.

Cutting Capability

Maximum Thickness by Laser Cutting Materials

Our CNC fibre laser system handles a wide range of material thicknesses. This chart shows the maximum thickness we routinely cut for each material. For applications approaching these limits, we recommend contacting us to discuss cut quality expectations and any applicable tolerances at extreme thickness.

Cut quality and speed both change with material thickness. Thicker materials require slower cutting speeds and may exhibit a slightly increased heat-affected zone at the cut edge. For structural applications, we routinely test cut-edge quality and dimensional accuracy on representative samples before committing to full production runs.

Mild Steel

20mm

Stainless 304

12mm

Stainless 316

12mm

Aluminium

10mm

Galvanised

6mm

Zincalume

6mm

Corten Steel

Enquire

Max thickness varies by application. Contact us to confirm capability for your specific requirement — especially for thicknesses above 16mm mild steel or above 6mm stainless.

Expert Advice

Why the Right Laser Cut Materials Improve Results

Choosing the wrong material for your application doesn’t just cost money — it can cause premature failure, create safety risks, or result in a finished product that looks wrong for the intended use. Here’s why we invest time in helping our clients choose correctly before cutting begins.

Corrosion Environment

Gold Coast’s coastal subtropical climate accelerates corrosion significantly compared to inland environments. What works fine in Brisbane may fail prematurely on the coast. We advise on grade selection based on your specific location and exposure conditions — particularly for structural and architectural applications.

Post-Cut Processing

If your components will be welded, bent, powder coated, anodised, or mechanically finished after cutting, the material grade affects how well it responds to each process. We can advise on grades that are optimised for your downstream process — avoiding costly surprises after fabrication.

Budget vs Performance

The premium material isn’t always the right material. In many applications, properly specified mild steel with an appropriate coating outperforms stainless steel at a fraction of the cost. We help you find the right point on the cost-performance curve for your specific use case — whether budget or longevity is the priority.

Structural Performance

Yield strength, tensile strength, and hardness vary significantly between grades. For load-bearing components, the wrong steel grade can result in under-designed parts that fail in service. Our team understands construction and engineering material standards and can help you specify the correct structural grade for your application.

Lead Time & Availability

We stock the most common grades and thicknesses for immediate production. For specialty or non-standard materials, lead times to source material can be 5–15 business days. If your deadline is tight, confirming material availability early in the project avoids delays. Call us before you finalise your design if you’re unsure.

Aesthetic Outcome

For architectural and decorative applications, the material choice dramatically affects the final appearance. Stainless has a bright, clean aesthetic. Corten develops a rich rust patina. Aluminium can be anodised in colour. Understanding the end-use aesthetic helps us advise on both material and surface finish before cutting begins.

Submitting Your Files

How to Send Us Your Material Order

Getting a quote is simple. Send us your cutting files along with your material type, grade, and thickness requirements and we’ll typically respond with a quote the same business day. DXF is our preferred format — it works directly with our CNC programming software with no conversion required.

Don’t have a CAD file? That’s fine. Send us a dimensioned PDF drawing, a sketch with measurements, or even a photo of the part with key dimensions noted. Our team can prepare the cutting file from your information — just ask when you contact us.

For repeat orders, we store your cutting files on our system so you can re-order without re-submitting drawings. Just reference your part number or job name and we’ll pull the files immediately.

.DXF

AutoCAD DXF

Our preferred format. Works directly with CNC programming software. Ensure all geometry is clean, closed, and on a single layer if possible

Preferred

.DWG

AutoCAD DWG

Accepted for most versions. We’ll convert to DXF for cutting. Include a note of the scale and any reference dimensions.

Preferred

.STEP

STEP / STP Files

3D CAD files accepted for flat components. We’ll extract the flat profile. Useful for parts designed in SolidWorks, Fusion 360, or similar.

Preferred

.PDF

Dimensioned PDF

Accepted for quoting and redrawing. Include critical dimensions and tolerances. Note: we will redraw from PDF which may add preparation time.

Accepted

Sketch

Hand Sketch / Photo

We can work from sketches or photos with key dimensions. Contact us first so we can confirm whether your sketch contains sufficient information to proceed.

Accepted

Industries We Serve

Materials for Every Gold Coast & South East Queensland Industry

We supply laser cut metal components across the full range of industries operating in South East Queensland. Each industry has distinct material requirements — and our team understands them all. Click an industry below to learn how we serve that sector.

Frequently Asked Questions

Material Questions Answered

The questions we hear most often from Gold Coast customers about materials, cut quality, and how to specify their order. Can’t find your answer? Contact our team directly.

What is the best material for outdoor structural components on the Gold Coast?

For structural outdoor applications on the Gold Coast, hot-dip galvanised mild steel is the most cost-effective choice for most inland or sheltered locations. For coastal environments within 1km of the ocean, Grade 316 stainless steel or hot-dip galvanised steel with a quality paint system is recommended. Zincalume offers excellent durability for roofing and cladding applications. Contact us to discuss your specific location and exposure conditions — our 16 years in the Gold Coast market means we can give practical, locally-informed advice.

Can you supply material as well as cutting, or do I need to provide my own?

We supply and cut. For standard materials — mild steel, stainless 304/316, aluminium 5052/6061, galvanised, and Zincalume — we purchase material and include it in your quote as a total job price. You don’t need to source and deliver your own material unless you have a preference to do so. For specialty or non-standard grades, we may ask you to supply material if it falls outside our normal procurement channels — we’ll advise at the quoting stage.

What's the difference between fibre laser and plasma cutting for my material choice?

Our CNC fibre laser produces significantly cleaner, tighter-tolerance cuts than plasma on thin to medium gauge material. Plasma cutting leaves a larger heat-affected zone, produces a rougher cut edge, and achieves lower positional accuracy — particularly on holes and complex profiles. For most applications below 20mm mild steel, laser cutting is the preferred choice. Plasma becomes more economically competitive on very thick structural plate (above 20mm) where laser cutting speed reduces. If you’re uncertain, call us — we’ll give you an honest assessment of what’s best for your specific part.

Do I need to do anything to the cut edges before welding?

For mild steel, our laser cut edges are typically weld-ready straight off the machine — no grinding required for most weld preparations. For stainless steel, the cut edge may have a thin oxide layer that should be cleaned with stainless wire brush or an appropriate passivation treatment before welding if weld quality and corrosion performance are critical. For galvanised and Zincalume, the zinc coating at the cut edge will have been removed and appropriate fume extraction must be used when welding, as zinc fumes are hazardous. Contact us if you have specific questions about weld preparation for your material.

How quickly can you cut and deliver standard materials?

Standard mild steel, stainless, and aluminium jobs are typically quoted same-day and cut within 3–4 business days. For urgent jobs, our 24-hour express service is available for most standard materials. Galvanised and Zincalume orders are usually processed on a similar timeline. Specialty materials that require sourcing from suppliers may need 5–15 additional business days — contact us early if your timeline is tight.

Can you advise which material thickness I should specify for my part?

Absolutely. Call us on 07 5563 2555 or send your drawings to sales@absolutelaser.com.au and our team will review the application and advise on appropriate thickness for your load, deflection, or aesthetic requirements. We’re not engineers and can’t provide formal structural engineering sign-off, but we have 16+ years of practical experience in what works across a wide range of construction, mining, and manufacturing applications — and we’re happy to share that knowledge at no charge.

Explore More

Related Services & Pages

Explore our service pages for material-specific cutting details, or visit our industry pages to see how we serve your sector

Ready to Order? Get a Fast, Same-Day Quote.

Ready to Order? Get a Fast, Same-Day Quote. Send us your files and material requirements and we’ll quote within hours. Mild steel, stainless, aluminium, galvanised, Zincalume — we cut them all, from our Gold Coast facility, with 16+ years of experience behind every cut.

Materials for Laser Cutting: Best Options for Every Project

5+

20mm

±0.1

24hr

Cutting Any Metal Your Project Demands

materials used for laser cutting: Every Material, In Detail

Mild Steel Laser Cutting

Max Thickness

Max Sheet Size

Tolerance

Cut Edge

Mild Steel

Stainless Steel Laser Cutting

Max Thickness

Max Sheet Size

Tolerance

Finishes

Stainless Steel

Aluminium Laser Cutting

Max Thickness

Max Sheet Size

Tolerance

Finishes

Aluminium

Galvanised Steel Laser Cutting

Max Thickness

Max Sheet Size

Coating

Standard

Galvanised Steel

Zincalume Laser Cutting

Max Thickness

Coating

Corrosion Life

Standard

Zincalume

Specialty & Custom Metals

Specialty Metals

best materials for laser cutting: Material Comparison Guide

Maximum Thickness by Laser Cutting Materials

Why the Right Laser Cut Materials Improve Results

Corrosion Environment

Post-Cut Processing

Budget vs Performance

Structural Performance

Lead Time & Availability

Aesthetic Outcome

How to Send Us Your Material Order

.DXF

AutoCAD DXF

.DWG

AutoCAD DWG

.STEP

STEP / STP Files

.PDF

Dimensioned PDF

Sketch

Hand Sketch / Photo

Materials for Every Gold Coast & South East Queensland Industry

Material Questions Answered

Related Services & Pages

Ready to Order? Get a Fast, Same-Day Quote.

Get a Quote