Long-distance laser ablation

Laser ignition technology achieves fuel ignition by precisely focusing pulsed lasers and using the focused laser beam to excite a series of physical and chemical changes. This technology can be divided into four categories based on the interaction mechanism between laser and combustible mixtures: laser hot spot ignition, laser-induced photochemical ignition, laser-induced resonant decomposition ignition, and laser-induced spark ignition (also known as laser-induced non resonant decomposition ignition). Among the above types, laser induced thermal ignition has become the most popular laser ignition method due to its wide range of applicable laser wavelengths and easy operation, gradually applied in long-distance safe ignition equipment.

Laser ignition equipment is a new type of remote ignition device specially developed and designed for the oil and gas and chemical industries. It is mainly used for remote ignition of exhaust gases and has the characteristics of high portability and strong reliability compared to existing ignition devices. This device can remotely hit target plates from tens of meters away, triggering sparks and causing exhaust gas combustion. It uses a new type of single-mode stereo fiber laser internally, which focuses the high-energy laser beam generated by it onto the target plate through a focusing lens. In addition, the device is also equipped with a human body sensing module, which stops emitting light when someone is on the light path, thus ensuring safety. The power supply adopts a switchable mode of internal and external, which enhances the battery life.