In the chemical industry, laser ignition equipment is used in exhaust gas treatment systems, significantly reducing the safety hazards of traditional ignition methods through non-contact long-distance laser ignition technology. Compared to electronic ignition that is prone to malfunction, laser ignition is more stable and reliable, effectively avoiding the risk of leakage or explosion caused by sparks and static electricity. In addition, the precise control of laser ignition ensures the complete combustion of combustible components in the exhaust gas, helping enterprises comply with environmental emission standards and reducing the danger of the treatment process.

In the petroleum industry, laser ignition equipment provides a safe and stable ignition method for oil well flame control and oil and gas combustion. This device can be remotely controlled to safely initiate combustion processes in remote or hazardous areas of oil and gas wells and oil fields. Meanwhile, laser ignition technology can achieve flame ignition in a very short period of time, ensuring complete combustion of fuel and reducing waste and pollution caused by incomplete combustion.

Laser ignition equipment provides a clean and efficient ignition solution in natural gas and biomass fuel power generation systems. Laser ignition can achieve rapid cold start, precise control of combustion process, effectively improve combustion efficiency, and reduce fuel consumption. In the field of biomass power generation, laser ignition is also used to improve the temperature and ignition efficiency of the combustion chamber, ensure complete combustion, reduce harmful gas emissions, and achieve environmental goals of energy conservation and emission reduction.

Laser ignition equipment is widely used in blasting, detonation, and ammunition ignition systems in the military industry. As part of the non-contact detonation system, laser ignition equipment can accurately complete detonation tasks at a distance, ensuring the safety of operators while enhancing the concealment and reliability of battlefield operations. In ammunition storage and firing systems, laser ignition equipment, with its durability and anti-interference performance, effectively reduces the failures of traditional ignition systems, making ammunition ignition more stable and reliable, especially suitable for complex and high-risk environments.