laser engraver

With the rapid development of modern society, the types and uses of glass are becoming more and more diversified, and the manufacturing process is also increasing. Today, I would like to share with you a revolutionary technology for deep processing of craft glass - 3D laser engraved glass technology.laserpecker 2 laser engraver The glass made by this technology is called laser engraved glass or internal engraved glass.

What is the principle of laser internal engraved glass?

When the laser engraves glass, its energy density must exceed the critical value or threshold value that makes the glass damaged. The energy density of the laser at a given point is related to the size of its spot at that point. The smaller the spot,laser pecker 4 the greater the energy density produced by the same laser beam. By focusing the laser properly, the energy density of the laser can be brought below the damage threshold of the glass before it enters the glass and reaches the processed area, while exceeding this threshold in the area to be processed. The laser generates pulses in a very short period of time, the energy of which is able to break the crystal in a split second by heat, resulting in very small white dots that carve a predetermined shape inside the glass, while the rest of the glass or crystal remains intact. At the same time, this technology can also be applied to glassware or other products in the glassware industry.

What are the advantages of laser engraved glass?

1. Energy saving: The power of the laser used is generally between 2 and 5 watts, i.e. the laser consumes 2-5 kWh of electricity for a thousand hours of operation. Even with the addition of transmission components,laser pecker pro only one hour of electricity consumption. Compared with the traditional sandblasting engraving, craft screen printing process, they need more than ten or thirty or forty kilowatts of electricity consumption, energy saving effect is remarkable.

2. Environmental protection: laser internal carving is engraved by a laser beam inside the glass, no dust, no volatile substances, no emissions, no consumables, the external environment does not produce any pollution. This traditional sandblasting engraving, screen printing, acid washing and other processes can not be compared, and the working environment of workers can be greatly improved.

3. High degree of automation: After placing the processing object in place, the whole production process is controlled by computer, with a high degree of automation. Compared with the traditional sandblasting engraving process, the labor intensity of workers is greatly reduced. Therefore, laser internal engraving glass production is easier to achieve standardization, digitalization, networked production, and can also implement remote monitoring and operation, the comprehensive cost is low.

4. Combined with LED lighting, the product image active luminescence, beautiful, both advertising decoration and lighting dual function.

The use of laser engraved glass and the significance of 3D laser engraved glass technology

Usage: Laser engraved glass is a new type of building material based on electronic technology, laser technology and LED technology. It is mainly used for shower room, sliding door deep processing, KTV, bar, tea restaurant, chain stores and other nightclub partitions and background applications, daily necessities and art photo viewing, as well as industrial glass production design.

Significance: the emergence of 3D laser internal engraving glass technology not only greatly improves the level of technological development of the ceramic industry, but also has a far-reaching impact on the development of the entire building materials industry. Laser internal engraving glass will be a revolutionary change in the glass deep processing industry. It is energy-saving and environmentally friendly, highly automated. It can achieve standardization, digitalization and networked production, but also remote monitoring and operation, greatly reducing the labor intensity of workers. At the same time, it improves the working environment, greatly improves the production efficiency and product grade, and is the ideal upgrade of the traditional craft glass processing technology.

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