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How can the power or intensity of a UV laser beam be controlled?
Oct 12 , 2023
How can the power or intensity of a UV laser beam be controlled? Controlling the power or intensity of a UV (ultraviolet) laser beam can be achieved using a combination of optical and electronic methods. Here are some common techniques to regulate the power or intensity of a UV laser beam: 1.Electronic Control of Laser Power: 1.1 Drive Current Control: The power output of many lasers...
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For circuit board engraving, it is better to use green laser or ultraviolet laser.
Oct 12 , 2023
For circuit board engraving, it is better to use green laser or ultraviolet laser. In our daily life, circuit boards are an indispensable part. From home appliances to high-tech equipment, circuit boards play a key role in a variety of electronic products. In the circuit board manufacturing process, laser technology plays an important role. So, for circuit board lasers, which one is better,...
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What are the chances of UV laser marking that the laser output is not strong or becomes weak?
Oct 13 , 2023
What are the chances of UV laser marking that the laser output is not strong or becomes weak? Laser marking machine, as an essential tool for modern enterprises, has been closely related to the information marking of enterprise products. Many large and well-known companies that we are familiar with are using lasers to print their own information. This method is beneficial to improving produ...
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High-repetition frequency, nanosecond green laser enables high-quality, rapid glass processing
Oct 13 , 2023
High-repetition frequency, nanosecond green laser enables high-quality, rapid glass processing The glass laser drilling equipment uses a high repetition frequency 532 nm nanosecond green laser, combined with laser back processing (that is, the beam focus moves from bottom to top) process, which can perform various types of thin glass and tubular glass of various materials. Fast finishing. F...
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How does RFH UV laser achieve internal engraving in glass?
Oct 16 , 2023
How does RFH UV laser achieve internal engraving in glass? Application and principle of RFH UV laser in glass interior engraving In-glass engraving, also known as "3D laser in-glass engraving" or "three-dimensional glass engraving," is a technology that uses lasers to create graphics or designs inside glass or crystal. In recent years, this technology has become popular in industries...
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What is the difference leather Laser Engraving with UV Laser,Fiber Laser or a CO2 Laser engraver
Oct 18 , 2023
What is the difference leather Laser Engraving with UV Laser,Fiber Laser or a CO2 Laser engraver There are so many different types of materials that you can use with your laser cutter and engraver. Most people know about the basics, such as wood and acrylic, but when it comes to going beyond those options and engraving other materials like leather, it can be daunting to figure out where to be...
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How to Engrave on Leather with RFH 3W uv laser system
Oct 18 , 2023
How to Engrave on Leather with RFH 3W uv laser system
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How to saving setting parameter for RFH nanosecond uv laser
Oct 18 , 2023
How to saving setting parameter for RFH nanosecond uv laser 1、Press “HOME” key to return to the main menu 2、Press“MENU” key, “ESC” key and “ENT” key to save the set parameters. The video of setting parameter
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The difference between Co2 and UV laser
Oct 20 , 2023
The difference between Co2 and UV laser Carbon dioxide (CO2) lasers and ultraviolet (UV) lasers have many differences in their working principles, applications and characteristics. Here are the main differences between them: 1. what pulse length? 1.1 CO2 laser: Its operating wavelength is usually 10.6 microns, which belongs to the far-infrared range. 1.2 Ultraviolet laser: Its working wavel...
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RFH 5W uv laser head Cutting Non-Woven Fabrics
Oct 30 , 2023
RFH 5W uv laser head Cutting Non-Woven Fabrics
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RFH new product P-ir-1064 series picosecond infrared laser marking glass
Nov 03 , 2023
RFH new product P-ir-1064 series picosecond infrared laser marking glass In today's industrial manufacturing field, laser marking technology has become an important marking method. Among them, picosecond lasers are widely used in surface marking of various materials due to their ultra-high pulse frequency and precise focusing capabilities. This article will discuss the new ski...
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RFH infrared picosecond laser mark black color on stainless steel
Nov 03 , 2023
RFH infrared picosecond laser produces black color on stainless steel, which is uniform and smooth. In recent years, RFH infrared picosecond lasers have demonstrated excellent performance in the field of stainless steel blackening. Through advanced infrared picosecond laser technology, a uniform and feel-free black coating can be formed on the surface of stainless steel. This article will i...
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