Greeting card weapon - greeting card laser hollow carved machine

The generation of greeting cards stems from the needs of human society. Because greeting cards are the communication of emotions between people and people, and this kind of communication is often expressed in short sentences. At first sight, it is also concise and concise. Over time, there is a stylized expression of greetings, greetings and greetings, and conveying people's opinions. The period of life and embarrassment.

Since then, a variety of greeting cards have also been gradually developed and used and developed into a multi-form, multi-material, multi-demand greeting card craftwork. The traditional greeting card processing also requires cutting and engraving with traditional tools such as knife molds. The cutting speed is slow, the manual requirements are high, and the production efficiency is low. As a result, in the recent years of scientific and technological development, greeting cards have encountered advanced laser engraving and marking machines. Among the numerous physical products in the paper craft industry, there are various styles of products, such as the most common greeting cards, invitations, candy boxes, paper cutting, and paper puzzles. In these processing industries, the use of greeting card laser lighters has also become popular. Greeting cards Laser lighters use high-energy, high-density laser beams to cut materials quickly, efficiently and steadily. Paper products are a major industry for laser lighter applications.

The laser hollow carved machine for greeting cards has taken the lead in the hollow carving process of greeting cards, invitations, candy boxes and cake paper. Combines laser technology, optical technology, precision machinery, electronic technology, computer software technology, and refrigeration as one of the high-tech products. Unlike traditional contact-type machining, laser processing uses a non-contact form and uses lasers instantaneously. The extremely high light energy passes through the chemical-physical action, vaporizes the material on the surface of the machined material, or partially burns the material to achieve the purpose of engraving a permanent mark on the surface of the material.