At present, the laser processing technology widely used in the 3C industry is mainly laser marking. Under the premise of precision machining, traditional printing, stamping, numerical control and other processes can no longer meet the growing processing needs and effectively control production costs. Suntop laser is a laser equipment manufacturer integrating R&D, production and sales. With more than 16 years of R&D and production experience, it is a leading peer enterprise in the field of technology and integration. Since its establishment, the company has been paying attention to the research and development of laser technology and the development needs of customers, and is committed to providing complete material processing solutions for various enterprises.
In the 3C electronic communication industry, laser technology is widely used in supporting products for the free integration of electronic components. It is a new breakthrough in industrial manufacturing technology, and it is a new type of marking processing technology without contact, chemical pollution and wear. In recent years, with the application of laser technology more and more widely, its effective combination with computer science and technology has broken through another milestone in the development of laser processing. 70% of mobile phone manufacturing processes are applied to laser technology and laser manufacturing equipment. Especially in recent years, the development of fiber laser marking machine, ultraviolet laser marking machine and CO2 laser marking machine processing technology has promoted the development of electronic communication industry, which is related to the technical performance of laser and the precision manufacturing performance of mobile phones.
The laser marking machine has no force on the surface of the material, no cutting force, no mechanical deformation, no corrosion on the surface of the material, and small thermal shock, which ensures the original accuracy of the material. It can be used to mark devices such as integrated circuits, resistors, capacitors, crystal oscillators, diodes, and transistors.
1. Improve product quality: It can resist the chaos of the electronics industry, thereby improving the quality of electronic products.
2. Strong anti-counterfeiting: Once the identification information such as product batch number, serial number, two-dimensional code, logo is marked, it cannot be changed, and the identification will not disappear due to environmental relations (touch, acid and reducing gas, high temperature, low temperature, etc.) . It better guarantees the quality of the goods and plays an anti-counterfeiting role.
3. Low cost: The electronics industry mainly relies on output to obtain income. Of course, it requires a lot of equipment, and the frequency of equipment failure maintenance should be minimal. The laser marking machine has no consumables and maintenance-free, and its service life can reach 100,000 hours. It can be equipped with an automatic system to save manpower and consumables. In the long run, the cost of laser marking machines is much lower than traditional marking methods.
The above is the technical application of laser marking machine in 3C electronic communication. Laser marking machines are also suitable for surface laser processing of most metal and non-metal materials. Its application fields are also very wide, such as computers, mobile phones, consumer electronics products, electronic components, auto parts, daily hardware, medical equipment, etc.