Big Glass Laser Inner Engraving Machine

Laser engraving technology has experienced rapid development for decades, gradually evolving from the initial simple marking and cutting to today's high-precision, complex pattern engraving. The advancement of this technology is due to the continuous innovation of laser equipment, the popularization of computer numerical control technology and the advancement of material science, which has significantly improved the accuracy, speed and flexibility of laser processing. From the initial engraving of metal and wood, it has gradually expanded to the application of various materials such as glass, plastic, and stone. Laser engraving technology plays an increasingly important role in the fields of industrial manufacturing, artistic creation, and personalized customization.

Against the background of this technological development, large-size glass laser internal engraving machines emerged as the times require. Unlike traditional external engraving methods, this equipment is able to perform complex engravings in the internal structure of the glass, meeting the growing demand for personalized and high-quality products in modern society. Large-size glass laser internal engraving machines can not only create stunning visual effects, but also perform deep engravings while ensuring the integrity of the glass. They are widely used in art, home decoration, commercial promotion and other fields.

The importance of large-size glass laser engraving machines is reflected in the following aspects: first, it provides artists and designers with a broader creative space, allowing them to achieve more complex artistic expressions in glass works; second, industrial Manufacturers can use this technology to improve production efficiency, reduce costs, and meet market demand for personalized and customized products; finally, driven by environmental protection and safety concepts, laser internal engraving technology is undoubtedly a more sustainable Manufacturing options provide new ideas for the development of modern manufacturing. Therefore, large-size glass laser internal engraving machines are not only the product of technological development, but also an important tool to promote the transformation and upgrading of many industries.

The working principle of the 3D glass laser engraving machine mainly includes the following steps:

Design and input: First, the user creates the required 3D pattern or text through computer-aided design (CAD) software. After the design is completed, it is input into the control system of the laser engraving machine in an appropriate format.

Laser generation: The laser generator in the laser engraving machine generates a high-intensity laser beam. Commonly used laser types are CO2 laser and fiber laser.

Focusing and scanning: The laser beam is focused to a specific position inside the glass through the lens system. The machine's motion slide and stepper motor enable the laser head to move precisely in three-dimensional space and engrave according to the designed path.

Laser engraving: The laser beam acts on the inside of the glass at a preset power and pulse frequency, using the high thermal energy of the laser to evaporate or melt the material under the surface of the glass to form a mark or pattern. This process can achieve very complex and detailed engraving effects.

Cooling and completion: After the engraving is completed, the machine stops working. The cold glass will not be deformed due to the high temperature of the laser, ensuring the quality of the final product.

Through the above steps, the 3D glass laser engraving machine can accurately engrave complex three-dimensional patterns inside the glass, thus creating beautiful and deep works of art or practical products.

1. Suntop independently researches and develops the design, which has functions such as engraving on the lower surface of the glass plate, marking on the surface, embossing, and glass drilling. It is specially designed for innovative processing of art glass.

2. It adopts automatic positioning system, maintenance-free optical path system, high-precision motion control system, modular equipment, and easy maintenance.

3. No noise, fast speed, high precision, low energy consumption, low labor cost, maintenance-free, and environmental protection.

4. 24-hour continuous operation, humanized system control and monitoring operation design, one-button completion of engraving work, to avoid human error.

5. The processing format is large, suitable for large and small glasses, and equipped with an air flotation device, which can easily and freely move all kinds of glass without scratching the glass surface, and is convenient to operate.

3D glass laser engraving machines have many advantages that make them popular in various applications.

1. High-precision engraving: Laser engraving technology has excellent precision and can achieve meticulous 3D pattern and text engraving to meet high-standard design requirements.

2. Non-destructive processing: Laser engraving is processed inside the glass without destroying the surface structure, avoiding surface cracks or damage that may be caused by traditional engraving methods.

3. Flexibility and diversity: It is suitable for glass materials of various shapes and sizes, and can achieve a variety of styles of design, suitable for diversified applications such as artistic creation, customized gifts, and industrial parts.

4. Personalized customization: It can be personalized according to customer needs to meet the market demand for customized products, suitable for gift, wedding and other markets.

5. High efficiency: The laser engraving machine has a fast processing speed, can efficiently complete large-scale production tasks, and improve production efficiency.

6. Environmental protection and safety: Laser engraving does not use chemicals, reduces environmental pollution, and does not produce harmful waste during the processing process, which meets environmental protection requirements.

7. Lower post-processing requirements: The finished product after laser processing usually has a smooth surface, which reduces the need for post-polishing and processing, thus saving time and cost.

8. Powerful creative ability: It can achieve complex three-dimensional effects, enhance the visual appeal of artworks, and enable creators to express richer artistic concepts.

9. Long-term stability: The laser engraving machine is simple in design, easy to maintain, and can operate stably for a long time, reducing operating costs.

3D glass laser internal engraving machine has obvious advantages in engraving effect, processing efficiency, environmental protection and personalized customization, and is suitable for wide application in many fields such as art, industry and personal customization. Click here for more information

Suitable for crystal cube, transparent glass/acrylic and plastic etc.

Click here for more information

It is widely used in 2D and 3D crystal photo engraving, artistic photo engraving, personalized crystal gift engraving, batch processing of high-precision crystal products, glass decoration, glass marking, high-grade glass anti-counterfeiting and other fields.

Click here for more information

1. How can i place an order?

Please provide the details of your requirements as clear as possible. So we can send you the offer at the first time.

For further discussion, it is better to contact us with WhatsApp / WeChat / email / phone, in case of any delays.

2. What kind of display we provide?

We have laser marking machine / laser welding machine / laser cutting machine / laser cleaning / CO2 laser cutting and engraving machine / laser accessories for you choose.

3. How about the warranty?

We have 2 years warranty and lifelong maintenance.

4. What is your terms of delivery?

We accept EXW, FOB, CFR, CIF, DDU, DDP, etc. You can choose the one which is the most convenient or cost effective for you.

5. How does the device work?

The device first accepts the design file and converts it into a three-dimensional engraving path through the laser. Then the laser emits a high-precision laser beam to engrave the inside of the glass and finally form a preset pattern.

6. What are the advantages of this technology compared to traditional engraving methods?

Compared with traditional engraving methods, 3D laser internal engraving technology has the advantages of high precision, non-destructive processing, fast processing speed, complex patterns, and personalized customization.

7. Is it difficult to maintain a large-size 3D glass laser internal engraving machine?

Relatively speaking, equipment maintenance is relatively simple. Clean the laser head and lens regularly, and check the operation of the optical path and motion system. However, it is recommended to strictly follow the manufacturer's maintenance manual.

8. Does the laser engraving process produce any harmful substances?

Laser engraving generally does not produce harmful gases or waste, and is a relatively environmentally friendly processing method. However, to ensure safety, it is recommended to operate in a well-ventilated environment.

9. Can the depth and complexity of the engraving be adjusted?

Yes, different engraving depths and complexities can be achieved by adjusting the laser power, speed and robot path according to specific design requirements.

10. How cost-effective is it to use this device?

Although the initial investment is high, it has good cost-effectiveness in the long run due to its high performance, low post-processing requirements and expected market returns.

11. Is the operation of this device complicated?

It is simple, equipped with a user-friendly software interface, allowing operators to easily design and control the engraving process. After basic training, users can get started quickly.