Glass plays a pivotal role in various industries and has a wide range of applications. Glass products are items that we often touch in our daily lives, such as doors and windows, glasses, glass tubes, etc. Although it is extremely fragile, in order to meet the conditions of use in some specific occasions, it must be punched. In addition to using glass drills, the most commonly used drilling methods can also be operated with laser marking machines. Next, Foshan Fulan Laser will talk about glass laser drilling for everyone.

The UV laser marking machine, CO2 laser marking machine, and fiber laser marking machine produced by Foshan Fulan Laser can make holes in the glass. Which type of laser marking machine is most suitable depends on the customer's processing requirements (such as: chipping size, aperture) and the size, material and purity of the glass.

The use of laser marking machine to perforate glass has the advantages of simple procedure, fast processing, high precision, smooth hole wall surface and no burrs.

Laser drilling is to reduce the diameter of the spot to the micron level to obtain a high laser power density. Laser drilling can be performed on almost any material. The aperture is small, the processing speed is fast, and the efficiency is high.

PS: Not all glass can be laser-punched. Whether the glass can be laser-punched depends on the customer's requirements and the size, material and purity of the glass. Because the application of laser marking is too wide, there are many types of glass, and the specifics need to be known after the sample.

Recommended model: UV laser marking machine

The UV laser marking machine produced by Foshan Fulan Laser adopts imported laser light source, has a small heat-affected area, a wide range of applicable materials, fast marking speed and high efficiency. The marking range is ≤300×300(mm), the maximum line speed is 12000mm/s, the minimum line width that can be marked is 0.01mm, and the minimum character is 0.06mm. It is mainly used in the high-end market of ultra-fine processing, 3C industry marking, Marking of electronic components and electrical appliances, packaging bottles of food, medicine and other polymer materials; removal of metal or non-metal coatings; scribing of various materials and blind groove processing; production of new ultra-thin metal foil micro-holes, etc. It can also realize the drilling of small holes, micro holes and invisible holes that cannot be realized by traditional equipment.