RFH Nanosecond UV Laser Cuts Metal at 355nm with No Ambiguity

RFH Nanosecond UV Laser Cuts Metal at 355nm with No Ambiguity

Website: http://www.rfhtech.com

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Email: export06@rfhlasertech.com

Since the maturity of laser technology, with its continuous deepening in different processing fields, precious metal cutting is naturally a link that cannot be ignored.

The most common precious metals in industrial processing are copper and silver, such as industrial parts with precise structures or handicrafts with complex pictures, which are very difficult to process.

The traditional way of cutting precious metals is mainly mechanical processing, including water jet cutting and ultrasonic cutting. No matter which one is used, the cutting accuracy is difficult to control.

We cut common metals very simply, because common metals are not expensive, and some scraps are harmless, but when it comes to precious metals, a little scrap is a high additional cost.

In order not to generate excess waste, the machining process requires the use of tools such as ultrasonic cutting.

From the perspective of "extra cost", ultrasonic cutting can almost complete cutting without waste, and the corresponding problems are low processing efficiency and low precision. Of course, these problems of ultrasonic cutting correspond to more advanced laser cutting, which has many advantages over traditional mechanical cutting.

Have you tried cutting metal with RFH high power UV laser?

RFH has been focusing on the laser field for more than 15 years. It has penetrated into various processing materials and constantly broke through the limitations. Now, under the precisely controlled laser, the cutting of precious metals can be achieved more efficiently, and at the same time, it can accurately cut and punch holes with minimal waste.

RFH S9 Series UV Lasers

As the latest UV laser product of RFH, the S9 series makes cutting precious metals an unprecedented ease because of its compact size, excellent laser quality and precise power control.

Because the RFH S9 has a very small size, the advanced industrial design strengthens the integrated type, no complicated installation process, and no need to make a large optical path, and it can be used directly. Compared with traditional ultrasonic cutting, the use of RFH S9 series UV lasers can greatly reduce costs and improve efficiency.

When it comes to reducing costs, RFH S9 has extremely precise power control, which is precisely due to the excellent cavity design and the patented power supply technology.

In the face of multi-fine precious metal processing, high-power UV lasers can handle it as well

Although the size is small, the cutting accuracy can be controlled within ±0.02mm, no matter how fine the precious metal processing is, it can handle it with ease.

At the same time, in order to minimize the generation of scrap when cutting precious metals, precise precision control is indispensable, and it cannot be processed by experience. The safest way is to use numbers to adjust parameters.

RFH S9 series UV lasers are always fully digitally controlled power supply, intuitive display, and very precise adjustment parameters, which can adjust the power of the UV laser to the best state and ensure that the cutting process will not generate excess costs.

All digital operations are carried out through the computer, there will be no additional learning costs, and the daily processing can be quickly adjusted to the best state, and the processing tasks of the same production line can be automated to complete the processing tasks, and the efficiency soars.

In today's digital life, precious metals (such as copper, silver, gold, etc.) are required for many parts processing. With the continuous maturity of laser technology, RFH makes precise processing possible. Not only that, but also greatly reduces the volume of RFH S9 series UV lasers, replacing traditional processing methods in an all-round way.

In the field of lasers, RFH has entered a new stage, using lasers to easily process various precious metals, precisely and quickly.