Engraving Application of CO2 Laser Marking Machine on Wood Products  

With the vigorous development of the wood product processing industry, there are various types of wood product processing. Due to the needs of the wood product processing industry and the use of various processing technologies, wood products are often used in various high-end products due to their simple and elegant texture. For example: food gift boxes, red wine gift boxes, tea gift boxes, valuable goods, jewelry boxes, wooden furniture, wooden crafts, etc.

Usually the laser marking machine used by enterprises is mostly used on metal materials. So, can the wood be marked and engraved with the laser marking machine? of course. Both the Triumph Co2 laser engraving machine and Co2 laser marking machine are marking for wood. Our Triumph laser will talk to you about how to marking on wood by Co2 laser marking machine .

First of all, to declare that not all laser marking machines can achieve laser marking on wood well. For example, fiber laser marking machine is difficult for wood engraving and processing, but Triumph CO2 laser marking machine can do it easily.    

CO2 laser is mainly different in wavelength from fiber laser, so it absorbs non-metal materials better. If you just simply mark or engrave on the wood, low power will do. If you want to make large-format, thick graphics, you must choose a high-power Triumph CO2 laser marking machine. Different materials have different marking effects.

Next, Triumph laser will give you a detailed introduction:  

Timber: Wood is by far the most commonly used laser processing material, it is easy to engrave and cut. Light-colored wood is easily vaporized by laser, so it is more suitable for carving.

Each kind of wood has its own characteristics, and some are denser, so larger laser power is needed when engraving or cutting. 

Plywood: Carving on plywood is actually not much different from carving on timbers, but there is one point to note that the depth of the marking should not be too deep. 

The Triumph CO2