Analysis of the depth of wood combing for carbon dioxide laser marking machine: A process choice that combines aesthetics and practicality

2026-01-12 Click： 14

share

• 
  Facebook
• 
  Linkedin
• 
  Tumblr
• 
  VK
• 
  Pinterest
• 
  Copy link

In the field of cultural and creative gifts and daily wood products, the demand for laser personalized customization of wooden combs continues to rise. Carbon dioxide laser marking machines have become the equipment of many manufacturers due to their advantages of non-contact processing and delicate effects. Many customers pay attention to the core issue when selecting models: How deep can a carbon dioxide laser marking machine hit the wood comb? In fact, the marking depth is not a fixed value, but is affected by multiple factors such as equipment power, processing parameters, and wood material. At the same time, a balance needs to be found between depth, efficiency and finished product aesthetics.

Judging from the core parameters of the equipment, the marking depth of a conventional 30W carbon dioxide laser marking machine on the surface of the wooden comb can reach 0.1-0.3mm, which is enough to clearly present the design of words, patterns, carvings, etc. without damaging the wood structure., can ensure the normal use strength of the wooden comb. If 50W high-power equipment is selected and optimized processing parameters, the depth can be increased to 0.3-0.5mm, which is suitable for embossed patterns that require three-dimensional layering. It should be noted that wood material has a significant impact on depth. Softwood such as pine and mahogany have low density, and the marking depth is easier to increase; hardwoods such as sandalwood and mahogany have high density, and the depth will be slightly shallower under the same parameters, but the precision of the pattern and better wear resistance.

In practical applications, wooden comb marking needs to avoid blindly pursuing depth. Excessive deepening will lead to serious carbonization of wood, resulting in problems such as blackening of edges and increased burrs, which will reduce the quality of the finished product. A practical case from a wooden comb manufacturer shows that using a 30W carbon dioxide laser marking machine, setting speed of 800mm/s, power of 60%, and marking depth of 0.2 mm on the surface of the peach comb can not only clearly present ancient patterns, but also ensure The surface is smooth, the product yield rate has increased to 98%, and the customized order volume has increased three times compared with traditional processes.

To sum up, the depth of the wood comb of the carbon dioxide laser marking machine can be flexibly adjusted according to needs. 0.1-0.3mm is suitable for routine processing, and the demand for special embossed can be increased to 0.5mm. Manufacturers should combine wood material, equipment power and design requirements during processing, and achieve the unity of aesthetics and practicality through parameter debugging, thereby increasing the added value of products and gaining an advantage in the customized market.