Key Takeaways

• Laser cutting price is primarily driven by cutting time — proportional to total cut length divided by cutting speed.
• Material cost is typically 40–60% of the total part cost.
• Online instant quoting eliminates setup fees and manual quoting delays.
• Nesting multiple parts on one sheet reduces per-part cost significantly.
• Simple shapes cost less than complex profiles with many holes or tight internal features.

Laser Cutting Prices Australia: How Online Quoting Works

Laser cutting pricing can seem opaque if you've only dealt with fabricators who quote manually. Online quoting tools like Ferracut's instant quote system calculate prices algorithmically — transparently and in seconds. Understanding how prices are calculated helps you design cost-effective parts and compare quotes accurately.

The Two Main Cost Components

1. Cutting Time Cost

The dominant variable in laser cutting cost is the time the laser spends actually cutting. This is determined by:

• Total cut length: The sum of all perimeter and internal cut paths in your DXF
• Cutting speed: Determined by material type and thickness (thicker = slower)
• Piercing count: Each time the laser starts a new cut (each hole, each internal feature), it must pierce the material — this adds a small time penalty per pierce

A simple rectangular plate with two holes costs far less than the same-sized plate with 50 small holes and a complex perimeter, even if both use the same material and quantity.

2. Material Cost

Material cost is calculated from the bounding rectangle of your part (the smallest rectangle that contains the full part outline) multiplied by the material price per kg or per m². Tight nesting (placing parts close together) is handled by Ferracut's CAM software and reduces waste; you are charged for material used, not for the full sheet.

What Doesn't Add to Your Cost at Ferracut

• Setup fees: Online orders have no manual setup charge
• Minimum order quantities: Single parts are priced the same as production runs (per part)
• CAD file processing: DXF files are processed automatically at no charge
• Standard delivery: Australia-wide delivery is calculated at checkout

How to Reduce Your Laser Cutting Cost

Reduce Cut Length

Every cut adds to your price. Combine multiple parts in a single DXF to allow nesting. Eliminate unnecessary internal features. Use standard shapes (rectangles, circles) where design allows — these cut faster than irregular curves.

Choose the Right Material and Thickness

Material cost is proportional to area and density. Aluminium is lighter than steel but may cost more per kg. Stainless steel costs more than mild steel. Specifying the thinnest material that meets structural requirements reduces both material and cutting time costs.

Minimise Piercings

Each hole and internal feature requires a pierce. Parts with many small holes cost more than parts with few large holes of equivalent total area. If small holes are purely functional (weight reduction, ventilation), consider whether fewer larger holes achieve the same result.

Pricing Example

A 200mm × 200mm square plate in 3mm mild steel with 4 mounting holes costs approximately $8–15 depending on hole size. The same plate with 50 small holes and a complex perimeter might cost $40–60. Material alone is perhaps $3–4 for both — the difference is entirely cutting time.

Get Your Instant Quote

Upload your DXF to Ferracut and get an exact price in under 30 seconds — no estimation, no waiting.

Further Watching

• Make or Break Shop — Hands-on laser cutting tutorials and real-world material tests
• Laser Everything — Fibre and CO₂ laser cutting — settings, materials, and techniques

Get Your Parts Cut Today

Upload your DXF or DWG file to Ferracut and get an instant quote in under 30 seconds.