A flying laser marking machine is an industrial device used for high-speed, permanent marking on various materials, typically on assembly lines. The specific materials it can handle depend on the laser type (e.g., fiber, CO₂, UV laser) and the properties of the material itself. Below is an overview of materials suitable for flying laser marking machines:
1. Metal Materials
2. Plastic Materials
- Common Plastics: ABS, PVC, PP, PE, PC, nylon, etc.
- Applications: Keyboards, plastic casings, electronic products, packaging materials.
- Laser Type:
- CO₂ lasers are suitable for both transparent and non-transparent plastics.
- UV lasers are ideal for high-precision marking with minimal heat damage.
3. Glass and Ceramics
- Glass: Optical glass, bottle glass, decorative glass, etc.
- Ceramics: Ceramic capacitors, circuit boards.
- Applications: Decorative items, medical instruments, and crafts.
- Laser Type: UV lasers are excellent for fine markings, while CO₂ lasers are better for large areas.
4. Paper and Packaging Materials
- Materials: Cardboard, kraft paper, composite packaging films.
- Applications: Food packaging, pharmaceutical packaging, QR codes, production dates.
- Laser Type: CO₂ lasers perform exceptionally well for these materials.
5. Leather and Textiles
- Leather: Natural leather, synthetic leather.
- Textiles: Denim, cotton fabric.
- Applications: Custom apparel, leather logos.
- Laser Type: CO₂ lasers are suitable for such materials.
6. Other Materials
- Wood: Solid wood, bamboo products.
- Rubber: Seals, rubber gaskets.
- Applications: Home goods, industrial parts.
- Laser Type: CO₂ lasers are used for surface engraving, while UV lasers are better for high-precision requirements.
Summary
The capabilities and performance of a flying laser marking machine vary based on the laser type:
- Fiber Lasers: Ideal for metals and some hard plastics.
- CO₂ Lasers: Suitable for non-metal materials such as wood, glass, and leather.
- UV Lasers: Perfect for high-precision applications on materials like glass, plastics, and ceramics.
Choosing the right laser type and power level is critical for optimal results.