Chipboard
At Yart Factory, we have several laser machines that ensure we can laser chipboard with precision.
What is chipboard?
Chipboard, also known as cardboard or greyboard, is a type of thick and sturdy cardboard often used for various applications. It is made from compressed cellulose fibres and is usually grey or brown in colour. Chipboard is available in different thicknesses and is often used for packaging, art projects and as a solid base for products. We ourselves stock 1mm as standard. We make sure to bring your projects to life with our laser machines suitable for machining chipboard.
Advantages of chipboard
- Durability: Chipboard is sturdy and can withstand pressure well, making it ideal for packaging and other applications where strength is important.
- Cost: It is a cheap option compared to other materials, such as wood or plastic, making it an economical choice for many projects.
- Lightweight: Chipboard is relatively light, making it easy to handle and transport.
- Recyclable: Chipboard is made of natural fibres and can often be recycled, making it an eco-friendly choice.
- Versatility: It can be used for a variety of applications, such as packaging, art projects, cards and even as a base for furniture designs.
- Easy to work with: Chipboard can be easily cut, folded and glued, making it suitable for various creative and industrial applications.
Machining chipboard
Laser machines offer various machining techniques for cardboard and chipboard. Here are the main techniques used in laser processing of these materials:
1. Laser cutting
- Description: In this technique, the laser is used to make precise cuts in the material. This is ideal for creating complex shapes and patterns.
- Applications: Cutting packaging, decorative elements, cards and prototypes.
2. Laser engraving
- Description: Laser engraving uses the laser beam to mark or engrave surfaces. This creates a relief or ink-like appearance on the material.
- Applications: Adding text, logos or patterns to products, such as birth announcements or handmade cards.
3. Laser marking
- Description: This process involves the laser applying a mark to the surface of the material without cutting the material completely. It can be used to create colour changes or apply information.
- Applications: Applying barcodes, QR codes or other identification markers.
4. Laser perforating
- Description: Laser perforating involves burning small holes in the material, which is useful for creating fold lines or illuminating a design.
- Applications: Creating fold lines for packaging or making perforated cards.
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