Precise laser processing
Design guidelines

Design tips for laser cutting

Learn how to design for laser cutting. Follow these guidelines to optimize your designs, reduce costs and get professional results.

Create better designs, save more

Whether you are an experienced designer or just starting, understanding laser cutting can help you create more efficient designs. Small optimizations in your files can bring big savings and better final products. Let us walk you through the main principles.

Laser cutting process

Optimize your costs

Smart design choices can greatly reduce your production costs without losing quality

01

Order higher quantities

Increasing the total quantity makes the unit price much lower. You can expect savings of 20% or more for 2+ identical parts in most materials, and over 50% discount in selected materials for larger volumes. Parts must be identical to benefit from quantity pricing.

20-50%potential savings
02

Minimize pierces and holes

Every time a hole or feature is cut, the laser needs to pierce the material—often the slowest part of cutting. If you have perforated patterns, consider larger spacing between holes or slightly bigger holes. Fewer pierces mean faster production and lower cost.

03

Simplify complex geometry

Very complex designs with many curves and tiny details take more time to cut. Think about which details are really needed, and where a simpler shape will still look good. Smoother curves and fewer sharp corners lead to faster and cheaper cuts.

04

Arrange parts efficiently

When you order many parts, we optimize their layout on the sheet. Still, designing parts that naturally fit well together can help us use the material better and reduce waste, which can bring savings for larger orders.

Precise metal cutting

How we calculate prices

Our pricing algorithm looks at several factors to give you a fair and transparent quote. Knowing these factors helps you make better decisions when designing parts.

Material type
Material thickness
Material weight
Quantity
Part geometry
Design complexity

Checklist before upload

Before you upload your files, go through this list to ensure smooth processing and accurate quotes

1.File is in an accepted format: .dxf, .dwg (CAD) or .ai, .svg, .eps (vector)
2.Design is built at 1:1 scale using millimetres as units
3.All objects are on one layer with no hidden or locked layers
4.Isolated points, duplicate lines, empty objects and text fields are removed
5.All shapes have closed contours with no gaps or open paths
6.Overlapping shapes are united or merged into single paths
7.All text is converted to outlines or vector paths
8.Cut-out letters (reverse text) have bridges or are properly prepared as stencil
Design preparation

Accepted file formats

We accept a range of file formats to support different design workflows

RecommendedCAD files

.DXFDrawing Exchange Format
.DWGAutoCAD drawing

Vector files

.AIAdobe Illustrator
.SVGScalable Vector Graphics
.EPSEncapsulated PostScript

Ready to start your project?

Upload your design files and get an instant quote. Our team is here to help if you have questions about optimizing your designs for laser cutting.

Design Tips | Vector Forge Craft