Important for orderingDrawing rules for laser cutting
Check format, scale, vector lines, text, shapes, and images before uploading.
Knowledge base
Manuals for files, material selection, and online ordering.
Uitgelichte handleidingen
Alle uitleg
Bestanden voorbereiden
Preparing your file from start to finish
Reference on scale, line colors, engraving, text, layout, and control after upload.
Drawing rules for laser cutting
Check format, scale, vector lines, text, shapes, and images before uploading.
Create or export a vector file
Which programs you can use and what to consider when exporting.
Cutting, line engraving, and surface engraving: what's the difference?
Cutting goes through the material, line engraving follows a line, and surface engraving fills a shape. See which process suits the result you want to create.
Slim ontwerpen
Fits and tolerances
When making connections and selecting suitable parts, consider the material, cutting width, and desired clearance.
Clever component arrangement
Arrange shapes compactly and utilize free space when components can be placed in or closer to each other.
Smart design for a cost-effective outcome
Reduce unnecessary lines, material usage, and laser time without losing the functionality of your design.
Finger, click, and press connections
Design connections based on material behavior and test the fit before ordering a full series.
Designing tabs in a cut line
Leave small parts in the sheet temporarily for transport, storage or as a construction kit.
Smart design of flat engravings
Use closed vector shapes, limit unnecessary details, and keep the engraving logical and cohesive.
Mechanical joints in laser-cut parts
Design hinges, pivots, bolted joints and demountable structures in flat sheet metal parts.
Designing a laser-cut puzzle
Create a production-ready puzzle file with interlocking pieces, a clean edge, and optional line or surface engraving.
Building a 3D model from laser-cut layers
Design a relief, terrain model, or three-dimensional shape by stacking flat laser-cut parts.
Designing Front Panels and Enclosure Parts
Design holes, cut-outs, markings, and connections from the real components and assembly sequence.
Designing fine details, cutting width, and cutting edges
Small holes, narrow bridges and precise fits are determined by more than just the dimensions in your drawing.
Designing a display from sheet material
Coordinate product weight, stability, connections, visible components, and shipping before producing a display.
Designing a foam inlay that truly fits
From product contour and finger recess to layer structure and test piece: this is how you design a usable foam inlay.
Designing a flatpack kit for laser cutting
Design components, connections, numbering, and breakaway tabs as one cohesive kit.
Materialen kiezen
Compare materials for your application
View the appearance, properties, limitations, and technical specifications of wood, acrylic, foam, rubber, and other sheet materials.
Material Samples
Compare color, structure, surface, and engraving results before placing a production order.
More contrast in a line engraving
Read how an engraving can be filled in after production, and why the material and cleaning should be tested first.
Choosing foam for inlays, protection, and adhesion
Choose foam based on fit, resilience, thickness, and attachment rather than solely on color or appearance.
Choosing cardboard for models, packaging, and presentation
Wood pulp board, solid board, and corrugated cardboard each have a different function in models, packaging, and displays.
Choosing MDF or plywood for laser work
Compare MDF and plywood in terms of appearance, construction, weight, edge finishing, and the use of your component.
Protective film and adhesive film for laser work
Protective film protects a surface during production; adhesive film allows for attachment. These are different choices.
Engraving acrylic: choosing material, side and contrast
The type of acrylic, the colour, and the engraving side determine how clearly a line or area engraving will be visible.
Choosing birch, poplar, or lime plywood
Three commonly used types of plywood differ in weight, appearance, and suitability for fine or structural components.
Bestellen
All options for ordering online
Set up multiple designs, save a quote, check your order and reorder.
From upload to order
See how your file is checked, how to set up materials and edits, and when you'll see the price.
How does laser cutting work?
See what the technique does, which materials are suitable and how to go from file to order.
What does the prize consist of?
Material use, laser time, quantity, and production or delivery together determine the total price.
Cut or engrave a logo
Read which file you need to create a logo from sheet material or engrave on an existing product.
Help with ordering or an existing order
Find explanations about your file and ordering, or contact us about an existing order.
Reordering laser work and managing file versions
Reorder a previous order without losing control over changes, material choices, and the current price.
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