CO2 Flying Laser Marking Machine

With the rapid development of industrial automation and intelligent manufacturing, the application of laser technology in the production process has become increasingly widespread. As an emerging marking method, laser marking technology has won the favor of more and more companies with its high precision, high speed and diversified applications. Among many laser marking equipment, CO2 flying laser marking machine is particularly suitable for fields that require high-speed marking due to its unique advantages.

CO2 flying laser marking machine is a device that uses CO2 laser to generate laser beam and quickly marks the surface of an object through a flying marking head. This marking machine adopts a non-contact method and can achieve efficient and high-quality marking, engraving and cutting under accelerated motion. Due to its precise control system and high-performance laser, CO2 flying laser marking machine is suitable for marking various materials, especially non-metallic materials such as wood, plastic, rubber, leather, etc.

With the continuous improvement of product identification requirements and the continuous advancement of laser technology, laser marking technology is increasingly widely used in machinery manufacturing, electronics and electrical appliances, packaging and printing and other fields, promoting the development and innovation of related industries. CO2 flying laser marking machine came into being in such a background. Its high speed, accuracy and flexibility have enabled it to occupy a place in the market and become an ideal choice for many companies pursuing efficient production.

CO2 flying Laser Marking Machine is a kind of advanced marking equipment, which utilizes laser technology for high-precision marking, and has become indispensable equipment for production and processing in various industries. With the continuous progress of science and technology, laser marking technology has attracted much attention because of its unique performance and characteristics.

1. Adopting advanced closed continuous CO2 laser, the life of laser tube is more than 20,000 hours.

2. Built-in high-performance high-speed galvanometer scanning system, high marking precision and fast processing speed.

3. Intelligent touch screen control system, no need for computer, easy to use.

4. Flexible structure, small footprint, it can be used with conveyor belt, marking on the surface of flying objects, improve production capacity.

5. Stable and light main beam lifting mechanism can adjust the main

6. Adopting special split structure, the laser head has auto-sensing function, and the workpiece is marked automatically after passing through the laser head.

Widely used in craft gifts, furniture, leather clothing, advertising signs, model making, food packaging, pharmaceutical packaging, electronic components, communications, clocks, glasses, printing plate making, shell nameplates and other industries.

There are several factors involved in choosing the right laser marking machine. Here are some key considerations to help you make an informed choice:

1. Material to Mark

Understand the material type: Different types of laser marking machines are suitable for different materials. For example, CO2 lasers are suitable for non-metallic materials (such as wood, plastic, leather, and paper), while fiber lasers are more suitable for metal materials.

Application requirements: Determine your main application materials to select the corresponding type of laser marking machine.

2. Workpiece size

Marking area and machine selection: Consider the size and shape of the workpiece to be marked, and make sure the marking area of the selected laser marking machine is suitable for your needs, including the size of the workbench and the maximum laser marking area.

3. Marking speed and accuracy

Productivity requirements: Evaluate the marking speed based on your production needs. The speed of the laser marking machine affects production efficiency, especially when producing in large quantities.

Marking quality: Make sure the laser marking machine can provide the required marking accuracy, especially for applications that require detailed or complex patterns.

4. Machine power

Choose the right laser power: Laser power directly affects marking speed and depth. High-power lasers can process thick materials faster, but the choice should be based on actual needs.

5. Software compatibility

Marking software features: Check whether the software included with the laser marking machine is easy to use and supports the design file formats you need (such as DXF, PLT, BMP, etc.).

Design flexibility: Whether the software provides flexible design functions, such as graphic and text editing.

6. Cost budget

Initial investment and operating costs: Consider the purchase cost of the laser marking machine, as well as the subsequent operating costs such as maintenance, consumables and electricity.

Cost performance: Not only look at the price, but also evaluate the performance, reliability and after-sales service of the machine.

7. Brand and after-sales service

Brand selection: Choosing a laser marking machine from a well-known brand usually results in better quality and more complete after-sales service.

Technical support and warranty: Make sure the supplier provides good technical support and warranty services to facilitate problem handling in daily use.

8. Use environment

Working environment requirements: Consider the working environment of the laser marking machine, such as temperature, humidity and power requirements. This will ensure that the equipment operates effectively in your production environment.

Through the above considerations, you can more specifically choose a laser marking machine that suits your specific needs, thereby improving production efficiency and product quality. Click here to consult Suntop Laser's professional technicians to recommend a suitable laser marking machine for you.

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. What is the difference between CO2 laser and other types of lasers?

CO2 lasers are mainly used for non-metallic materials, while fiber lasers are suitable for metal materials. CO2 lasers emit a wavelength of 10.6 microns, which can absorb materials such as plastics and wood well, while fiber lasers are suitable for precise marking of metals.

6. What aspects should be paid attention to in equipment maintenance?

Clean the laser lens and reflector regularly to ensure stable laser output.

Check the operation of the cooling system to prevent overheating.

Check the power of the laser regularly to maintain the marking effect.

7. How to improve the working efficiency of CO2 flying laser marking machine?

Optimize marking parameters such as speed, power and frequency.

Choose the appropriate marking method and style according to the characteristics of the material.

Carry out reasonable production scheduling to reduce equipment switching downtime.

8. What are the safety precautions of CO2 flying laser marking machine?

Wear appropriate protective equipment such as laser protective glasses when operating.

Ensure that the working area is well ventilated to avoid the accumulation of harmful gases.

Avoid looking directly into the laser beam and follow the safe use guidelines.

9. How long is the life of a CO2 flying laser marking machine?

The life of a laser marking machine usually depends on the frequency of use and maintenance. High-quality equipment can be used normally for more than 5 to 10 years, but regular maintenance and proper operation are required.