Laser Cutting Introduction
This page is an overview of how the lasers work at KADK
Last updated
This page is an overview of how the lasers work at KADK
Last updated
CO2 laser cutting uses a high-powered laser beam focused onto the material, melting or vaporizing it to cut through. This method allows precise cutting of various materials. Laser cutting is a highly precise and versatile tool, allowing for the rapid and automated cutting, engraving. This technology is ideal for creating detailed models, prototypes, and custom components.
We offer HDF, MDF and plywood in thicknesses from 2 to 6 mm thicknesses at the Wood Workshop G, in sizes compatible with the laser cutter. Check the woodworkshop if they have your size in stock before designing for a certain thickness.
The laser's maximum working area is 900 x 1000 mm.
At KADK, the software we use supports .dxf or .ai files. If possible, export your file from Illustrator or other software versions prior to 2010—the Legacy setting in Illustrator should work well.
Perfect for detailed model making, intricate engravings, and custom furniture components.
We recommend up to 4 mm HDF and Plywood, and up to 6 mm MDF.
Suitable for rapid prototyping and making lightweight, low-cost models.
Burning plastics can release toxic gases, so their use is strictly prohibited at KADK. If you're unsure whether a material contains plastic, please consult an employee in the metal workshop (Building G on campus). You’re welcome to cut plastics in the wood workshops or laser cut a template in HDF or MDF to use for cutting the plastic.
Model Making: CO2 laser cutting allows for precise cutting of intricate shapes and details in various materials, ideal for creating accurate architectural models and scale replicas.
Prototyping: It is perfect for quickly producing detailed prototypes, allowing for efficient testing and iteration of design concepts. You can easlily make a template on the laser, that you can cut by hand.
Custom Components: Laser cutting is used to create custom-designed elements such as intricate facades, detailed ornamentation, and unique joinery parts.
Signage and Graphics: The technology excels in cutting and engraving materials for creating custom signs, graphic elements, and intricate patterns.
Furniture Design: Laser cutting enables the fabrication of detailed furniture components, allowing students to explore complex design ideas and innovative patterns.
Engraving: Ideal for adding detailed textures, patterns, and text to various materials, enhancing the aesthetic and functional aspects of design projects.
