CO2 laser marking machine for red wine corks

Under normal circumstances, red wine is sealed with a cork, so what will the cork do after drinking the red wine?

Under normal circumstances, red wine is sealed with a cork, so what will the cork do after drinking the red wine?

Not long ago, the editor was shocked by the ingenuity of a young lady in Douyin. She is a red wine lover. She collects the corks after drinking to make a unique carpet.

All kinds of corks are gathered together to make a soft and distinctive work. Are you curious about how to engrave patterns and text clearly on the cork?

Under normal circumstances, the cork after screening and cleaning needs to complete the last step before it can be delivered to the customer, which is the marking link of the cork. There are three main marking methods, namely food-grade ink printing, thermal treatment and laser marking.

Compared with the other two methods, laser marking technology has a high degree of automation, fast marking speed, and high accuracy. It can easily achieve fine marking, while low energy consumption, simple processing, less capacity conversion links, and less raw material loss. Can greatly improve work efficiency.

Moreover, the laser marking technology is directly processed by the computer system, which can depict various patterns and characters without restriction. It adopts "non-contact" processing and can be marked on any regular or irregular surface without damaging the cork at all, and the marking is clearer and more beautiful.

The corks marked by laser marking technology can also be used to make handicrafts, cork models, key accessories, and various small and vivid animal decorations.

Are you also interested in such powerful laser equipment? The editor recommends a "super power" laser device for you, let's experience its unique charm together!

Recommended model: CO2 laser marking machine

Features:

It is suitable for large-area engraving and marking of various non-metallic materials; it can be set in layers to achieve a perfect combination of surface engraving, hollowing and cutting processes at one time.

  It can be applied to the cutting of soft and low-density plates. The laser energy is strong, the light spot is small, the mechanical stress is small, and the cutting speed is 5-10 times higher than that of the traditional cutting machine.

  Textile fabrics can be engraved on a roll, marked on the fly, engraved on denim, and washed by laser.

It adopts fully enclosed optical path, imported CO₂ radio frequency laser, and strict multiple protection and control design.