Effect of marking products with optical fiber laser marking machine
The competition in the optical fiber laser marking machine market is gradually intensifying, and there are more strict requirements for R&D equipment. Although the optical fiber laser marking machine is a popular equipment in many fields, the quality of its own equipment is the decisive factor to seize the market, development is the absolute principle, and the quality assurance of its own hardware is the guarantee of its own strength.
If the optical fiber laser marking machine does not have a good quality assurance, even if it has the most advanced technology, it is just a kind of incomplete product. The improvement of the equipment's quality should include all aspects of synchronous improvement, not only one-sided but also on the one hand. This will not only affect the product quality of the optical fiber laser marking machine's own equipment, but also become a stumbling block for the development of the optical fiber laser marking machine industry in the future.
Of course, to a certain extent, it will also have some negative effects on the reputation of the optical fiber laser marking machine, which is seriously detrimental to the development of the coding machine. At present, on the basis of continuous experimental experience, it is the right way to improve the capabilities and technologies of optical fiber laser marking equipment synchronously. The most obvious advantage of the laser marking machine is its extremely high pump efficiency. Generally, the pump conversion efficiency is 70% to 75%, which is much higher than the industrial diode pumped solid-state laser (DPSSL).
Such a high conversion efficiency reduces the cooling and power requirements of the laser system. It can be more compact than traditional solid state lasers. In addition, the all fiber structure can provide a very solid and highly reliable packaging design.
Moreover, the fiber laser can significantly enhance the output beam quality. Computer pneumatic marking machine is a special numerical control marking equipment, which uses the principle of stepping motor and compressed air to conduct deep marking. It is widely used in automobile parts, hardware, plastic and other fields, and is the most commonly used industrial marking method.
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