How Instant Sheet Metal Quoting Works: Upload, Price, Order

What Is Instant Sheet Metal Quoting?

Instant sheet metal quoting is exactly what it sounds like — you upload a CAD file, select your material and thickness, and get a price in seconds. No emails back and forth. No waiting days for a sales engineer to review your drawing and send a PDF quote. The entire process from file upload to checkout takes under a minute.

This is a fundamental shift in how custom sheet metal parts are ordered. Traditional quoting for laser cutting and sheet metal fabrication has always involved sending drawings to a shop, waiting for someone to manually estimate cutting time, material cost, and setup — then replying with a quote days later. Instant quoting automates the entire calculation.

For engineers, designers, and fabricators in Australia who need parts cut quickly, an instant quote tool removes the biggest friction point: waiting.

How DXF and STEP File Upload Works

The process starts with your CAD file. Our instant quoting tool accepts DXF and STEP file formats — the two most common outputs from CAD software like Fusion 360, SolidWorks, AutoCAD, and Inventor.

When you upload a DXF file, the system reads the geometry directly — closed contours, internal cutouts, and overall dimensions. It calculates the bounding box, total cut length (both external perimeter and internal features), and the number of pierces required.

STEP files work similarly but carry 3D data. The quoting engine extracts the flat profile or, for sheet metal parts with bends, unfolds the geometry to determine the flat pattern that needs to be laser cut before forming.

Supported file types:

How Pricing Is Calculated

Instant quoting isn't guesswork — it's time-based calculation using real machine parameters. Here's what goes into the price:

Cutting Time

The biggest cost driver. The system calculates total cut length (in metres) and divides it by the cutting speed for your chosen material and thickness. Cutting speed data comes from real CypCut parameters — the same software that runs the laser. Thicker material cuts slower. Stainless steel cuts slower than mild steel. More complex geometry with tight internal features takes longer because of additional pierces and direction changes.

Material Cost

Based on the nesting area required. The system calculates the bounding box of your part, accounts for the sheet size, and prices the material per square metre. Different materials have very different costs — aluminium and stainless steel cost more per kilogram than mild steel.

Handling and Setup

Every order includes handling time for loading sheets, setting up the machine, removing parts, and deburring. This is a fixed component that gets amortised across quantity — which is why ordering more parts brings the per-unit price down significantly.

Quantity Discounts

Because setup and handling are spread across more parts, and nesting efficiency improves with quantity, the per-part price drops as you order more. The quoting tool shows you pricing at different quantities so you can find the sweet spot.

What Affects the Price Most?

If you're trying to optimise cost, these are the levers that matter:

• Material choice — Mild steel is the most affordable. Stainless and aluminium cost more per kilogram and often cut slower. See our comparison: Mild Steel vs Stainless Steel for Laser Cutting.
• Thickness — Thicker material costs more (material cost) and cuts slower (cutting time). Going from 3mm to 6mm roughly doubles the cutting time.
• Complexity — More internal cutouts, small holes, and intricate features increase the total cut length and number of pierces.
• Quantity — Setup costs are fixed. Ordering 10 parts instead of 1 can cut the per-unit price by 40-60%.
• Part size — Larger parts use more sheet material. But very small parts still carry minimum handling charges.

For design tips that reduce cost, read our sheet metal design guide and our Laser Cutting Design Guide.

Instant Quoting vs Traditional Quoting

The traditional process has its place for highly complex assemblies, multi-operation jobs, and large production runs that need custom tooling. But for laser-cut parts and standard sheet metal work, instant quoting is faster, more transparent, and easier to iterate on.

Step-by-Step: Getting an Instant Quote at JDL

Here's exactly how to use our instant quote tool:

1. Upload your file — Drag and drop a DXF or STEP file. The system parses the geometry and displays a preview.
2. Select material — Choose from mild steel, stainless steel (304 or 316), aluminium, or galvanised steel.
3. Select thickness — Available thicknesses depend on the material. The system shows what's in stock.
4. Set quantity — Enter how many parts you need. Pricing updates in real time.
5. Review the price — See per-unit and total pricing, including a breakdown of cutting, material, and handling costs.
6. Add to cart — Add the part to your order. You can quote and add multiple different parts before checking out.
7. Checkout — Choose card payment or PayID. Card payments include a small processing surcharge; PayID has no surcharge.

The entire process takes less than a minute for a single part. You can iterate on designs by uploading revised files and comparing prices instantly.

Who Uses Instant Quoting?

• Engineers prototyping new designs who need fast turnaround on test parts
• Small manufacturers who need cut parts but don't own a laser
• Maintenance teams replacing worn brackets, plates, and covers
• Hobbyists and fabricators building custom projects — from car parts to furniture to art
• Design studios ordering one-off architectural or decorative metalwork

Whether you need a single prototype bracket or 500 identical panels, the quoting tool handles it the same way.

Made in Australia, Not Overseas

Every part quoted through our system is laser cut and fabricated in our workshop in Jimboomba, QLD. There's no outsourcing to overseas factories. Your files stay in Australia, your parts are cut on our machines, and shipping is domestic. For most of South-East Queensland, turnaround is measured in days, not weeks.

Don't have a CAD file yet? Use our Sheet Metal Cost Estimator to get a rough price based on dimensions — no file upload needed.

Try our instant quoting tool — upload your DXF and get a price in under 10 seconds.