A CO2 laser cutter is best suited for cutting and engraving a wide range of non-metal materials such as wood, acrylic, leather, fabric, paper, and cardboard.

Some of the materials xTool CO2 laser cutter can cut include:

• Wood: pine, oak, maple, birch, walnut, cherry, plywood and basswood.
• Acrylic: all colors and all types, including translucent, mirrored, opaque and clear acrylic.
• Fabric: cotton, polyester, nylon, silk, linen, polyester and polyamide fabric.
• Leather: genuine, synthetic, faux leather.
• Others: EVA foam, felt pad, plastic, rubber, paper, cork and cardboard.

CO2 laser cannot cut metal or glass, but it can engrave on it.

• Metal: coated metal, anodized aluminum alloy, and anodized titanium steel. For stainless steel, you need to spray a coating on it before marking.
• Glass: float glass, insulated glass, frosted glass, tinted glass, etc. Please note that glass that is too hard or too thin may lead to break.

If it can be cut, it can generally be engraved.

A CO2 laser cutter can be a worthwhile investment if you plan to create and sell crafts online. These machines allow you to produce intricate designs on materials like wood, acrylic, and fabric, making it possible to create unique, high-quality products that can stand out in the market. If you're serious about building a craft business, the precision and versatility of our xTool P3 CO2 laser cutter can help you produce items efficiently and scale your offerings.

You should choose a CO2 laser machine based on your materials, required cutting thickness, workspace size, and the level of productivity your workflow needs.

Consider the usage effects and environment when choosing the right machine.

For environments like craft studio, living space, or basements that require mobility, such as moving upstairs or downstairs, a desktop CO2 laser machine is convenient.

For ground-level spaces like sheds, warehouses, or woodworking space, opt for a floor-standing CO2 laser cutter to avoid moving up and down.

Floor-standing machines typically have higher power, around 100W, but may lack advanced intelligence and can be challenging to use.

On the other hand, desktop CO2 laser cutters like xTool P2S and P3 offer lower power, typically above 50W is sufficient for productivity, and often come with smart features.

CO2 lasers are generally better for non-metal materials, while fiber lasers are generally better for metals.

CO2 laser machines are more relevant when your work focuses on wood, acrylic, leather, fabric, paper products, signs, decor, gifts, and similar creative applications. Fiber laser machines are typically the better fit for metal marking and other metal-focused workflows.

A CO2 laser cutter uses a gas-filled tube with mirrors to amplify light into a high-energy beam. This beam is directed through lenses to focus on the material, vaporizing or cutting it with precision. CO2 lasers efficiently cut wood, acrylic, plastics, and other non-metal materials.

CO2 laser cutters are expensive due to several factors:

• High-quality components: The laser tube, optics, and precision mechanics are costly to produce.
• Advanced technology: The CO2 laser system involves complex engineering to maintain stable, high-power output.
• Durability and precision: These machines are built for long-term, reliable performance with precise cutting.
• Customization: Many include specialized features for different materials, adding to their versatility and cost. It is especially the case with advanced desktop CO2 laser cutters like xTool P3.

Under standard enclosed Class 1 operation, extra laser goggles are generally not required for xTool CO2 laser cutters. However, if the machine is operated under Class 4 conditions, appropriate eye protection is required.

For example, xTool P3 is classified as a Class 1 laser machine in normal use, but becomes a Class 4 laser machine when used with the conveyor feeder. xTool P2S safety guidance also distinguishes between Class 1 and Class 4 operation, and requires eye protection for Class 4 use.