The market is the use of the new micro fabrication technology, including advanced laser with good beam quality of the marking machine for processing, the effect is similar to the traditional processing technology, but the process is cheaper, faster and more flexible. Fiber violet laser pointer marking technology costs two to three times cheaper than traditional processing technology. Is seeking to reduce the manufacturing cost, and meet the challenges of the batch processing of small manufacturers, can use single mode fiber laser marking machine in a series of materials (including steel, nickel, titanium, silicon, aluminum and copper) to achieve good machining effect. Consider the replacement of EDM equipment manufacturers, as well as those who are considering the use of new technology may turn to 532nm and 355nm laser manufacturers, you can consider the use of fiber laser marking machine.

In the hands of a skilled operator, the use of fiber laser marking machine for the latest progress of micro machining, can create desired characteristics. The main advantages of this method are: fiber 1mw laser pointer marking machine is two to three times cheaper than the traditional equipment used for micro machining. The successful implementation of micro machining of small size requires not only the correct tools, but also the knowledge of how to use the tools to get the desired results.

The LMF2000-SM fiber laser marking machine has a very high beam quality and produces a focused spot with a diameter as low as 20 μm. It is therefore particularly suitable for scribing and cutting of various materials, including alumina, silicon, copper and aluminum foil. In addition, the use of an optional pulse width waveform with different pulse width and peak power characteristics can adjust the removal rate and processing quality of the feature surface.

Pulse width and peak power independent control, compared to the traditional Q-switched laser (which provides a fixed pulse width / peak power setting), with significant control advantages and process tuning. The fast moving laser beam scanning head is also a key part of the system, which requires sufficient high speed movement with appropriate repeatability and accuracy. Fiber burning laser pointer micromachining techniques can be used in a variety of applications, such as selective removal of solder resist layers, solar cell scribing and drilling, drilling of stainless steel for medical low carbon steel pipes and fluid flow control systems, and The rapid part prototyping produces a metal with a thickness of 0.02 inches or less.

Although UV lasers provide better processing quality than fiber lasers, fiber laser processing is good enough for this particular application, and its processing quality is sufficient to meet application requirements. In addition, the fiber laser processing speed than the UV high power laser pointer 17 times faster, and its cost is only 50% of the UV laser. Due to the laser path program error, the roundness of the hole processed by the UV laser is slightly flawed.

There are many applications that require (or benefit) the selective removal of the laser, such as the removal of metals, ceramics, and even coatings or coatings on plastics. Fiber laser processing technology has shown good processing results in the solder layer micromachining, thin film resistor / capacitor dressing, and removal of active layers in battery foils for welding purposes. This selective and custom layer removal process is usually not possible in the production of components or parts, since simply masking the area is not a viable approach.

The 10mw laser pointer is useful when selecting the exact resistance value of the circuit. When used for resistance or capacitive trimming, as part of the dynamic iteration removal and measurement adjustment process, where the removal area of each element may be different, laser processing technology in this kind of application performance is very good.

Single-mode fiber laser marking machine is a cost-effective micro-machining workstation Single-mode fiber 5mw green laser marking machine can be used as a cost-effective micro-processing workstations for drilling, cutting and marking for a variety of applications And ablation processing. Of course, it can be used for marking! This desktop micro-machining center offers many advantages to maximize return on investment.

It is important to note that, in addition to having the right work tools, it is more important to know how to use tools effectively and efficiently.

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http://laserman123.blog.cz/1702/remote-laser-processing-technology

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