CO2 Laser Marking Machine Marks Text On Wood

CO2 Laser Marking Machine Marks Text On Wood

With the rapid development of economy and technology, laser marking technology has become an important tool in all walks of life. In the wood processing industry, traditional engraving methods are gradually replaced by modern laser equipment. Carbon dioxide laser marking machine (CO2 laser marking machine) has become an ideal choice for wood product marking due to its high efficiency, accuracy and environmental protection. This article will discuss in detail the application and advantages of carbon dioxide laser marking machine in wood product marking.

1. Limitations of traditional engraving

Traditional manual engraving methods have problems such as low efficiency, high cost, insufficient precision and poor consistency. Manual engraving is slow and difficult to meet the needs of mass production. It also requires skilled workers and has high labor costs. In addition, manual engraving is difficult to achieve high-precision patterns and texts. The engraving effects of different workers may vary, making it difficult to ensure consistency. These limitations have prompted the wood processing industry to seek more efficient and accurate solutions.

2. Working principle and advantages of CO2 laser marking machine

The CO2 laser marking machine uses a 10.64μm wavelength CO2 gas laser to excite gas molecules through a high-voltage discharge tube to release laser energy. The laser beam is focused and acts on the surface of the wooden board to achieve high-precision marking. Its advantages include high-precision marking, high efficiency and convenience, non-contact processing, permanent marking, environmental protection and safety, high flexibility and wide applicability. The CO2 laser marking machine can achieve high-resolution marking on wooden boards, with a minimum line width of up to 0.1mm, which is suitable for fine patterns, text and QR codes. Laser marking is fast, suitable for mass production, and significantly improves production efficiency. Non-contact processing avoids physical damage to the material, and the laser marking is wear-resistant and corrosion-resistant, and is not easy to fade or fall off. Laser marking does not require ink or chemical reagents, meets environmental protection requirements, supports variable data printing, meets personalized customization needs, and is suitable for a variety of wood types.

3. Application scenarios of CO2 laser marking machine

Carbon dioxide laser marking machines are widely used in industries such as furniture, handicrafts, packaging and architectural decoration. In the furniture industry, CO2 laser marking machines can be used to engrave brand logos, production information, personalized patterns, etc. on the surface of furniture to increase product added value. In the handicraft industry, laser marking machines can engrave fine patterns, text or QR codes on wooden handicrafts to meet the fine requirements of artworks. In the packaging industry, laser marking machines can mark production dates, batch numbers, brand information, etc. on wooden packaging boxes. They are efficient and convenient and suitable for mass production. In the architectural decoration industry, laser marking machines can engrave patterns or text on wooden decorative materials, and non-contact processing avoids material damage.

4. Summary

CO2 laser marking machines are an ideal choice for marking wood products due to their high precision, high efficiency, convenience, non-contact, permanence, environmental safety and high flexibility. Whether it is furniture, handicrafts, packaging or architectural decoration industry, CO2 laser marking machines can provide high-quality marking solutions to help companies improve production efficiency and brand image. With the continuous development of laser technology, the application of CO2 laser marking machines in the wood processing industry will be more extensive and in-depth.