20W Portable Fiber Laser Marking Machine
Product Introduction
● MRJ-FL-20K mini desktop intelligent fiber laser marking machine is like a coffee machine, which is portable and easy to operate;
● It has an integrated and professional engineering sealing design, which has a stable and beautiful structure with high marking speed and high repeat positioning accuracy;
● The whole machine is with small size and light weight; it's the world's smallest 30W desktop laser marking machine.
Product Details
1 Galvanometer The scanning galvanometer of the system adopts the high-speed motor imported from the United States. It has the characteristics of small volume, fast speed, high precision, good stability, etc., the comprehensive index reaches the international leading standard technology. |
2 Field Lens Smaller size but with high damage threshold, the special made lens gives 99.7% laser transparent rate while traditional one is 95%. |
3 Work platform Stable metal material which can load heavy object. |
4 Software User-friendly and easy to operate, it is quite simple. |
Application Fields
Hardware |
Precision machinery |
Instrumentation |
Glasses clock |
Sanitary ware |
Medical instruments |
Sample display
Knowledge
What kind of coherent light is a laser?
Laser directivity, we generally use beam divergence angle to define it. Laser spatial coherence and directivity are closely related. When the beam divergence angle is less than a certain degree, the beam will have a certain spatial coherence. The temporal coherence is directly related to the monochromatism of the light source. The longer the time for a light source atom to emit is, the more fringes observed through the double-slit interference are, the longer the time coherence is. The time for the light source atom to emit is called the coherence time, and the length of wave train within the coherence time is called the coherence length. The longer the coherence length L is, the clearer the interference fringe is and the better the coherence is.
For laser, the photons belonging to the same transverse mode are spatially coherent, and the photons not belonging to the same transverse mode are irrelevant. Thus, the spatial coherence of single-mode laser is the best.
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