Applications

From initial concept to finish product, Zhongli Chenguang is your one stop shop for design to finish automation solutions

Electronics industry

Electronics industry

In the electronics industry, laser technology has several important applications:

**Circuit Board Manufacturing**: - Laser drilling is used to create precise holes in printed circuit boards (PCBs) for component mounting. This ensures accurate placement and connection of components. For example, in high-density PCBs for advanced electronics, laser drilling enables the creation of tiny and closely spaced holes.

 

**Component Marking**: - Lasers can mark components with identification codes, logos, and other information. This helps with traceability and quality control. Think of marking microchips with serial numbers for easy identification and tracking.

 

**Semiconductor Processing**: - Laser annealing is employed to improve the electrical properties of semiconductor materials. It helps in creating highly efficient transistors and integrated circuits.

 

**Display Manufacturing**: - Lasers are used in the production of flat-panel displays, such as liquid crystal displays (LCDs) and organic light-emitting diode (OLED) displays. They can be used for cutting and shaping the display panels precisely.

 

**Wire Bonding**: - In microelectronics assembly, laser welding can be used for wire bonding to connect components within a device.

 

**Thin Film Removal**: - Lasers can selectively remove thin films or coatings on electronic components without damaging the underlying substrate.

 

**Optical Communication Components**: - Fabrication of optical fibers, couplers, and other components for data transmission often involves laser processing for precise shaping and alignment.

 

**Memory Chip Manufacturing**: - Lasers are used in the trimming and calibration of memory chips to ensure their performance and reliability.

 

                                                        WUHAN CIOPTOR LASER TECHNOLOGIGY