What are the advantages of using laser cutting perforated glass?

Glass is widely used in various industries, such as glass doors and windows, glass display cabinets in the decoration industry, windshields and rearview mirror glass in the automotive industry, display screens, mobile phone planes, glass substrates, etc. in the electronics industry, and electrical appliances such as glass bottles and glass tubes in the medical industry. Different materials and processes can be subdivided into various types of glass, such as quartz glass, tempered glass, etc. Used in different scenarios. Due to different application scenarios, the requirements for glass processing technology are also different. Traditional glass cutting processes include: diamond saw cutting, flame cutting, gasoline cutting, etc., but there are some technical defects in some industries with high precision requirements. In recent years, with the development of laser technology, lasers have gradually been used to cut glass products, with significant technical advantages.

Glass has become one of the most important engineering materials in the 3C electronics industry, construction industry, new energy vehicles and panel display industries. Laisee laser glass cutting has good processing quality. Its high surface finish and flexible and precise processing characteristics are favored by the majority of users.

Glass laser cutting machine can also be called fully automatic glass cutting machine, quartz glass cutting equipment, etc. It is a device that uses high-energy lasers to focus on the surface of the product to form a cutting effect in the high-temperature area. The fully automatic glass laser cutting machine can cut and punch glass of various shapes within a range of 6mm. It has fast cutting speed, smooth edges, beautiful effects, and edge collapse of <5um, which avoids the slow cutting speed of traditional cutting processes, which are not suitable for large-scale production and have low precision. It has achieved a major reform of the glass cutting process and is the preferred model for many glass precision manufacturing industries such as the electronics industry and the automobile manufacturing industry.