LZY is widely used in high-precision processing scenarios in the electronics industry due to its high stability, high beam quality, and flexible pulse control capability.

LZY is characterized by high efficiency, energy saving, and compact size, mainly serving laser pumping, plastic welding, and low-power marking scenarios in the electronics industry. As the core pump source of fiber lasers, its semiconductor power supply can provide stable 808nm/980nm wavelength output, ensuring the long-term stable operation of industrial grade fiber lasers.

The radium source CO₂ laser power supply is designed specifically for non-metallic material processing, and its 10.6 μ m wavelength is particularly suitable for processing organic materials such as plastics, rubber, and glass. In the processing of consumer electronics casings, the CO ₂ laser driven by this power supply can accurately cut complex shapes such as smart watch straps and headphone cases, with smooth and burr free edges. In the field of electronic packaging, CO ₂ laser power is used to mark batch information or anti-counterfeiting codes on plastic packaging boxes, replacing traditional ink printing, which is more environmentally friendly and durable.

Portable handheld laser marking machines and pulse laser cleaning machines have become the core equipment for precision manufacturing in the electronics industry, driving the intelligent upgrading of production processes.

The micro multi material laser marking machine adopts a dual light source configuration, which can achieve high-precision marking on various electronic components, especially suitable for serial number marking on high-density PCB boards and non-destructive marking of ceramic capacitors. The marking speed is fast, and the processing speed can reach 4000mm/s; The portable handheld laser marking machine can mark models, batch numbers, QR codes/barcodes on small components such as resistors, capacitors, and chips, achieving production process traceability. It is highly suitable for non fixed workstations and can be operated handheld. It is suitable for temporary marking needs during production line adjustments or after-sales maintenance.

The application of portable pulse laser cleaning machines in the electronics industry mainly relies on their non-contact, non-destructive, and high-precision cleaning characteristics, especially suitable for surface treatment, oxide layer removal, and pre/post weld cleaning of precision electronic components. Such as PCB board pretreatment, removal of oxide layers or contaminants on metal pins before packaging, removal of excess plating around solder pads, cleaning and repairing of oxide layers on electronic components, etc.