A Complete Guide on Laser Cleaning Machine
Laser cleaning machine – In the modern world, the manufacturing sector has grown rapidly and the applications of various machinery and electronic products have also seen a similar trend. Periodical maintenance, however, is required to guarantee the effective and smooth operation of these devices. This includes the cleaning of some materials or components. Moreover, different cleaning requirements and precision are required to match different equipment and appliances.
High cleaning precision is the priority in some fields, such as the cleaning of molds, weaponry, old aircraft paint, building facades, electronic products, precision instruments, and interior pipelines. This demand is hardly fulfilled by conventional laser cleaning tools. The laser cleaning machine, in contrast, can meet this need while doing little or even no damage to the objects cleaned.
Traditional cleaning processes, such as mechanical cleaning, chemical cleaning, and high-frequency ultrasonic cleaning, are not only time-consuming but also difficult to clean in an automated way. Meanwhile, these methods also have adverse influences on the processing environment and the operators. By comparison, rust cleaner has been considered to be the most reliable and effective equipment due to its wide applications and competitive advantages, ranging from no pollution, no consumables generated, no contact, no stress, low cost, and high efficiency to good controllability. In addition, selective cleaning is possible with the use of the best rust remover and narrow areas can also be easily cleaned.
The working principle of the laser cleaning machine
The laser cleaning machine is mainly composed of a laser, a beam transmission module, an automatic control system, a cleaning quality detection and protection module, and other parts. This equipment irradiates narrow pulse-width and high-power lasers on the surface of objects to be cleaned. Pollutants, such as rust and paint, are removed under the joint effect of rapid light vibration, vaporization, decomposition, plasma stripping and other mechanisms.
Applications of the laser cleaning machine
Microelectronics field: semiconductor components, microelectronic devices, memory cards, silicon cards, etc.
Heritage protection: stone sculpture, bronze, glass, paper, canvas (oil painting), leather (parchment roll) frescoes, etc.
Molds: rubber molds, composite molds, metal molds, etc.
Surface treatment: pre-treatment before welding, etc.
Large equipment: aircraft, ships, weaponry, bridges, etc.
Sophisticated parts: aircraft parts, electrical products, etc.
Other fields: graffiti, printing cylinders, building facades, nuclear pipelines, and other dangerous industries cleaning
The laser metal cleaner has a wide range of decontamination applications, ranging from the rust removal of thick materials to the removal of micro-particles. This type of device is suitable for a variety of materials compared with traditional laser cleaning machines. It also plays an essential role in the processing of numerous products, such as the cleaning of automotive parts, semiconductor wafers, sophisticated parts, military equipment, building facades, heritage, and circuit boards. Its prospect is promising simply because it satisfies the demands for environmental protection, convenience, safety, and low cost.
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