Laser marking is a very precise processing technology, usually with an accuracy of around 0.1-0.05mm. However, in high-end fields such as medical devices, integrated circuits, and semiconductors, such accuracy is still insufficient. Some tasks with higher processing requirements may require higher accuracy, such as accuracy below 0.05mm. In order t...

Tory

2024-07-09

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Femtosecond is a unit of time, and one femtosecond is equal to 10 ^ -15 seconds. Femtosecond laser refers to a laser with a pulse width of femtosecond level. Femtosecond laser has the characteristics of short pulse width and high power peak. Due to its extremely short pulse width, femtosecond laser can process materials on extremely small scales un...

Vasili

2024-06-26

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Picosecond laser is a type of laser specifically designed for precision machining. Picosecond laser is a laser with an extremely short pulse width, which is within the range of picoseconds (1 picosecond=10 ^ -12 seconds). Due to the extremely short signal period of picosecond laser, it can accurately cut or mark extremely fine patterns.Picosecond...

Smith

2024-06-24

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Laser marking is mainly processed on assembly lines or platforms. Platform type laser marking can use both ordinary laser marking control systems and visual laser marking control systems with visual recognition functions.A regular laser marking control system, due to the lack of visual recognition function, can only illuminate the laser at a fixe...

Miller

2024-06-17

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Laser marking is widely used, and through a highly concentrated laser beam, the laser machine can quickly evaporate and vaporize a part of the material surface, thereby forming identification patterns. Laser marking has advantages such as non deformation, wear resistance, high accuracy, and fast speed, and is widely used in various fields such as f...

RTP

2024-05-21

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Laser marking is currently one of the most widely used laser processing technologies. Its principle is to use a highly concentrated laser beam to instantly evaporate part of the material surface, forming an indelible mark. Laser marking has the advantages of fast speed, good texture, and high accuracy, and has been widely used in many industries su...

Durell

2024-05-15

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Laser marking is currently one of the most widely used marking and processing methods. The patterns or text produced by laser marking have a good texture and are indelible. They are often used in packaging, advertising, cables, consumer electronics and other products. Laser marking can be applied in both large-scale factories and small workshops, b...

Andrej

2024-05-15

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UV laser is a special type of laser. Compared to CO2 laser and fiber laser, UV laser emits laser wavelengths ranging from 100 nanometers to 400 nanometers, in the high-frequency range between visible light and X-rays. Within this wavelength range, ultraviolet laser has a very high energy, strong penetration and absorption, and is suitable for many ...

Abel

2024-05-09

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Laser is a major invention in the 20th century and is known as "the fastest knife", "the most accurate ruler" and "the brightest light". After entering the 21st century, with the continuous development of technology, laser has gradually penetrated into all aspects of industrial production, and has a close relationship with us. Among them, laser mar...

Gilbert

2023-02-02

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