Acrylic CO2 Marking Machine
Type: CO2 Marking Machine
Products Introduction: Its user-friendly interface ensures ease of use, while its compatibility with various acrylic types guarantees versatile and vibrant results. Elevate your projects with precision and quality.
- High-Contrast Engravings: This machine excels in creating high-contrast engravings on acrylic, resulting in clear and readable markings. Whether it’s logos, serial numbers, or intricate designs, the machine ensures sharp and vivid results.
- Variable Depth Control: With adjustable laser power settings, the machine allows for precise depth control during engraving. This feature is essential for achieving varied textures and depths on acrylic, adding a tactile dimension to the markings.
- Smooth and Polished Finish: The Acrylic CO2 Marking Machine employs advanced technology to minimize heat-related distortions during the marking process. As a result, the acrylic surface retains its smooth and polished appearance, preserving the material’s aesthetic appeal.
Machine Optional Parts
Wave length of laser
Laser output power
Water cooling /Air cooling
AC220V/ 50Hz/2kVA, AC110V/ 60Hz
PLT, BMP, DXF, JPG, TIF, AI etc
wood, MDF, balsa, timber, veneer, plywood, bamboo, acrylic, crystal, glass, plexiglass, mirror glass, textiles, garments plastics, PMMA, paper, cardboard, foam, foils and films, packaging film, PES, Laminate sheet, double color board/plate, granite, marble, slate, leather, rubber, ceramic and other nonmetal materials.
advertisement, arts and crafts, gifts, printing and packaging, leather industry, garment cloths industry, model industry, gravestone/combstone industry, photographic sutio industry, computerized embroidery and clipping, paper industry and decoration industry.
Yes, CO2 laser marking machines with higher power can be used for cutting thin materials like paper, fabric, and acrylic.
Common file formats like DXF, PLT, AI, and BMP are usually compatible with CO2 laser machines.
CO2 lasers can mark on some reflective materials, but special techniques like using a marking compound may be required.
Regular maintenance should include cleaning optics, checking alignments, and inspecting the cooling system every few months.
CO2 lasers are relatively efficient, but they consume more power compared to UV and fiber lasers.