What Does Laser Cutting Cost? An Australian Price Guide

What Determines the Cost of Laser Cutting?

Laser cutting pricing is not arbitrary. Every quote is built from measurable inputs: how much material is used, how long the laser runs, and how much handling is involved. Understanding these inputs helps you design parts that are cheaper to make — and helps you spot overpriced quotes.

Here are the five cost factors, in order of impact.

1. Material Type and Thickness

Material is usually the largest single cost component. Thicker material costs more per kilogram, and different metals have very different price points.

Approximate material cost per kilogram (ex-GST, Australian supplier pricing):

Thinner sheets tend to cost more per kilogram due to additional rolling and processing. A 3mm mild steel sheet at approximately $3.02/kg is the most common and cost-effective option for general fabrication.

Key takeaway: If corrosion resistance is not required, mild steel is roughly 3x cheaper than stainless and aluminium. Choosing the right material for the application is the single biggest way to reduce cost.

2. Cut Length and Complexity

The laser charges by time, and cutting time is determined by the total length of all cuts. A simple rectangle with four straight edges is fast. A part with 50 holes and intricate curves takes longer.

Cutting speed depends on material and thickness. On a 3kW fibre laser:

As material gets thicker, the laser slows dramatically. Cutting 10mm mild steel is roughly 3x slower than cutting 3mm — which means roughly 3x more cutting cost for the same geometry.

3. Pierce Count

Every hole, cutout, or internal feature requires the laser to pierce through the material before it starts cutting. Each pierce takes time — a fraction of a second for thin material, but up to 25 seconds for 16mm steel.

A part with 2 holes has 3 pierces (1 outer profile + 2 holes). A part with 20 holes has 21 pierces. On thick material, those extra pierces add up fast.

Design tip: If you need many small holes in thick material, consider drilling them instead. Piercing 6mm+ steel is slow and adds significant cost. On thin material (1–3mm), piercing is fast and inexpensive.

4. Bending

If your part has bends (formed on a CNC press brake), each bend adds cost. The press brake requires setup time for the first bend, plus per-bend time for each subsequent fold.

Typical bending cost: approximately $5–15 per bend depending on complexity and batch size. A simple 90-degree bend is cheaper than a multi-bend enclosure with tight sequences.

Design tip: Fewer bends = lower cost. If you can achieve the same result with a flat part and welding or fasteners, it will usually be cheaper than a complex folded design — especially at low quantities.

5. Quantity

Quantity has the biggest impact on per-unit cost. The first unit absorbs all the setup: file preparation, machine setup, material loading, and handling. The second unit costs almost nothing extra to cut.

At JDL, we nest multiple parts together on a single sheet of material, which means ordering more parts uses material more efficiently and spreads setup costs.

Example Prices — Common Parts

These are approximate prices based on our actual pricing engine. All prices are ex-GST. Your actual price may vary depending on exact geometry and current material costs.

Simple Flat Bracket — 200 x 100mm, 3mm Mild Steel

The minimum charge of $47.25 applies to small orders — it covers machine setup and handling regardless of part size. At quantity 5+, the per-part cost drops significantly because setup is amortised.

Mounting Plate — 300 x 200mm, 4 holes, 5mm Mild Steel

Thicker material increases cutting time. The 4 holes add pierce time but are fast at 5mm.

L-Bracket with 1 Bend — 150 x 80mm, 3mm Mild Steel

Bending adds approximately $5.25–10.50 per part for a single bend. The press brake setup cost is absorbed into the first part.

Stainless Steel Panel — 400 x 300mm, 2mm Stainless 304

Stainless steel costs roughly 3x more per kilogram than mild steel, and requires nitrogen assist gas (more expensive than oxygen used for mild steel). The larger panel size also uses more material.

How to Reduce Your Laser Cutting Cost

Choose the right material

Do not specify stainless steel if mild steel with a coating or paint will work. The material cost difference is substantial — and cutting stainless is also slower.

Use standard thicknesses

We stock 1.5, 2, 3, 4, 5, 6, 8, 10, 12, and 16mm mild steel. Non-standard thicknesses require material procurement, which adds cost and lead time.

Minimise pierce count on thick material

On thin material (1–3mm), piercing is fast and cheap. On thick material (6mm+), each pierce adds meaningful time. Consolidate holes where possible or switch to drilling for small holes in thick plate.

Order in quantity

Even ordering 5 instead of 1 typically cuts the per-part cost by 40–60%. At 25+, you get the benefit of full sheet nesting — parts packed efficiently on a single sheet with minimal waste.

Simplify bend sequences

Each bend has a cost. A flat part with two welds is often cheaper than a part with six bends, especially at low quantity.

Use our free cost estimator

Before you make a CAD file, check the sheet metal cost estimator to get a ballpark price based on dimensions, material, and thickness. It uses the same pricing engine as our instant quote.

Minimum Charges and Setup Costs

Every laser cutting order has a minimum charge of $47.25 ex-GST (approximately $51.98 inc-GST). This covers:

• Machine setup and file preparation
• Material loading and handling
• Quality inspection
• Packing

For very small or simple parts, the minimum charge will be the dominant cost. As parts get larger or more complex, the actual material and cutting cost exceeds the minimum and the price reflects real manufacturing cost.

How Our Pricing Works

At JDL Innovations, pricing is calculated from real machine parameters — not gut feel. The pricing engine uses:

• Material cost calculated from weight (part area x thickness x density x cost per kg)
• Cutting time calculated from cut length and CypCut-calibrated cutting speeds per material and thickness
• Pierce time per hole and cutout
• Bending cost per bend with setup time
• Handling based on part size and quantity tier
• 40% margin covering overheads, consumables, gas, and profit

This means your price is deterministic and repeatable. The same part quoted today will cost the same tomorrow (material price fluctuations aside). You see the full breakdown in the instant quote — material, cutting, bending, setup, and handling as separate line items.

Get an Exact Price

The prices above are approximations based on simple geometry. Your actual parts may cost more or less depending on exact cut length, hole count, and bend complexity.

Two ways to get a real price:

1. No CAD file? Use the sheet metal cost estimator — enter dimensions, material, thickness, and quantity for a ballpark price in seconds
2. Have a DXF or STEP file? Upload it to the instant quote page — get an exact price in under 10 seconds with a full cost breakdown

Or call us: 07 5616 4988. We are a real workshop in Jimboomba, QLD — not a quoting middleman.

Frequently Asked Questions

How much does laser cutting cost per metre in Australia?

It depends on material and thickness. For 3mm mild steel, the all-in cutting cost is approximately $3–5 per metre of cut length. For 6mm mild steel, approximately $6–10 per metre. For stainless steel, roughly 30–50% more than equivalent mild steel. These are cutting costs only — material, handling, and setup are additional.

What is the cheapest material for laser cutting?

Mild steel (HR250) is the cheapest by a significant margin — approximately $3/kg compared to $9–12/kg for stainless or aluminium. If your application does not require corrosion resistance or light weight, mild steel is almost always the most cost-effective choice.

Is there a minimum order for laser cutting?

At JDL, there is no minimum order quantity. You can order a single part. The minimum charge is $47.25 ex-GST, which covers machine setup and handling.

How can I reduce my laser cutting cost?

Order in quantity (5+ parts drops per-unit cost significantly), use mild steel where possible, minimise bend count, use standard thicknesses, and consolidate small holes on thick material. Use our free cost estimator to compare options before committing to a design.

How long does laser cutting take?

Standard turnaround is 5–7 business days from order to delivery. Express turnaround (2–3 business days) is available at a premium. Actual cutting time for most parts is seconds to minutes — the lead time is mostly queue position and shipping.

Do you cut stainless steel and aluminium?

Yes. We cut stainless steel 304 and 316 (up to 8mm), aluminium 5052 and 6061 (up to 8mm), and mild steel (up to 16mm). We also cut galvanised, copper, brass, and corten (weathering steel).