Laser cutting and engraving

Are you looking for a reliable company for custom laser cutting?
At Luxigo, we specialize in laser cutting and laser engraving a variety of materials such as wood, MDF, acrylic, cardboard, and engraving materials. From our workshop in Delft, we produce custom parts, prototypes, decorations, and small series for companies, designers, and individuals throughout the Netherlands and Europe.

With our professional CO₂ lasers and fiber lasers, we can cut and engrave with very high precision. This makes complex shapes, fine details, and clean cut lines perfectly possible. Whether it's a single product or a small series: we ensure a clean and professional final result.

Laser cutting and engraving possibilities

The maximum size for cutting materials is 1200 x 1200 millimeters. For engraving, there is a maximum size of 1150 x 1200 mm.

The machine bed can be lowered by 400 mm. This makes it possible to handle objects with a height of 400 mm to engrave it anyway.

We can also open the machine at the front and back. This allows longer items to be placed inside. For longer items, the maximum height is 30mm to be.

What materials can be processed

Below are the possibilities for our CO2 laser cutters and our Fiber engraving machine. Additionally, it indicates what is in stock for the different options and how we can process it.

Supply your own material or object? No problem, but discuss it first. Then we can assess whether it is possible to cut and/or engrave!

Wood / Acrylic

In stock: YES

Engraving YES

Cutting: YES

Cardboard / Kraftplex

In stock: YES

Engraving YES

Cutting: YES

Engraving material

In stock: YES

Engraving YES

Cutting: YES

PETG / Polypropylene

In stock: YES

Engraving YES

Cutting: YES

POlyBloc / Cork

In stock: YES

Engraving YES

Cutting: YES

Glass

In stock: DEALS

Engraving YES

Cutting: YES

Metals

In stock: DEALS

Engraving YES

Cutting: YES

Rubber

In stock: DEALS

Engraving YES

Cutting: YES

READ / Cork

In stock: YES

Engraving YES

Cutting: YES

Laser cutting is used for many different applications. Some examples:

• Prototypes in product development
• Scale models
• Interior decoration and wall decor
• Facade letters and logos
• Signage and nameplates
• Promotional gifts with logo
• Cake toppers and personalized products
• Technical components
• Small-scale production
• Displays and presentation materials

Because laser cutting is very precise, it is ideal for both decorative work and functional parts.

Direct laser cutting with our App

Do you have a good .ai or .dxf file? Then use our Luxigo App to instantly create a quote and place an order.

1. Upload your file;
2. Check your drawing and dimensions;
3. Choose your material;
4. Get your price instantly.

Price okay? Place your order easily by checking out right away.

Go directly to the app

Upload design

Non-binding Offer

Agreed?

We are going laser cutting

Delivery

Need help?

Need help with design. We are happy to help you design/develop your idea into a tangible product. Please contact us.

Our workshop is located in Delft, but we supply laser cutting services to customers throughout the Netherlands and Europe. You can have your order shipped or pick it up at our workshop.

We work for:

• Designers
• Architects
• Students
• Companies
• Makers
• Interior builders
• Signmakers
• Private individuals

Do you want to know how much your design costs to have laser cut or engraved?
Upload your file via our quote form and usually receive a quote within one business day.

We're happy to help you realize your design.

Request for Quotation

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The difference between extruded (XT) and cast (GS) acrylic / Plexiglas lies in their manufacturing process, which affects their properties and applications. **Extruded Acrylic (XT):** * **Manufacturing Process:** Extruded acrylic is made by heating acrylic pellets and forcing them through a die. This continuous process results in a more uniform thickness and a smoother finish. * **Properties:** * **More Flexible:** It is generally more flexible and less brittle than cast acrylic. * **Easier to Work With:** It can be more easily cut, drilled, and thermoformed without cracking. * **Less Expensive:** Typically more cost-effective due to the continuous manufacturing process. * **Lower Molecular Weight:** This contributes to its flexibility and ease of fabrication. * **Slightly Lower Optical Clarity and Scratch Resistance:** While still very clear, it may have slightly less optical perfection and scratch resistance compared to cast acrylic. * **Less Resistant to Certain Solvents:** Can be more susceptible to damage from certain harsh chemicals. * **Common Applications:** Displays, point-of-purchase materials, framing, lighting fixtures, general glazing, and applications where ease of fabrication and cost are primary concerns. **Cast Acrylic (GS):** * **Manufacturing Process:** Cast acrylic is made by pouring liquid acrylic monomer into a mold formed by two sheets of glass. The monomer then polymerizes within the mold, creating a solid sheet. This batch process results in a very hard, optically pure material. * **Properties:** * **More Rigid and Brittle:** It is harder and more rigid, but also more brittle, making it more prone to cracking when drilled or cut aggressively. * **Higher Optical Clarity and Purity:** Offers superior optical clarity, less distortion, and greater light transmission. * **Better Scratch Resistance:** Generally has a harder surface, making it more resistant to scratching. * **Higher Molecular Weight:** Contributes to its superior strength and rigidity. * **More Resistant to Certain Solvents:** Can withstand a wider range of chemicals without damage. * **More Expensive:** The batch process is more labor-intensive and results in a higher cost. * **More Difficult to Thermoform:** Requires higher temperatures and more care during heating. * **Common Applications:** High-end displays, aquariums, architectural glazing, lenses, optical applications, signage, and situations where superior optical quality, durability, and scratch resistance are paramount. **In Summary:** * Choose **Extruded (XT) Acrylic** when you need a more economical option, easier fabrication (cutting, bending), and flexibility. * Choose **Cast (GS) Acrylic** when you require the highest optical clarity, superior scratch resistance, rigidity, and better chemical resistance, and cost is less of a factor.

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