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How does RFH's nanosecond solid-state laser mark ceramics?
Jul 27 , 2022
How does RFH's nanosecond solid-state laser mark ceramics? Laser marking is a non-direct contact marking method. It uses the special effect of the interaction between the laser beam of high energy density and the material. When the beam is irradiated on the surface of the material, the temperature of the surface of the material rises sharply and evaporates instantly. Material removal leavin...
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Application of RFH nanosecond solid-state laser in blackening of anode aluminum
Jul 27 , 2022
Application of RFH nanosecond solid-state laser in blackening of anode aluminum Anode aluminum, also known as aluminum oxide, uses aluminum products such as metal aluminum or aluminum alloy as the anode, and stainless steel or lead as the cathode. Under the corresponding electrolyte and specific process conditions, a porous oxide film is formed on the surface of the aluminum product. , To c...
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Application of RFH Industrial Nanosecond Solid State Laser in Material Surface Cleaning
Jul 27 , 2022
Application of RFH Industrial Nanosecond Solid State Laser in Material Surface Cleaning Surface cleaning is an indispensable and important process in industrial production. Many parts need to be cleaned before use or during maintenance. For example, the oxide layer on the surface of the workpiece needs to be removed before welding to increase surface cleanliness and roughness. Facilitates e...
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PI film cutting artifact - RFH industrial grade 355nm UV nanosecond solid-state laser
Jul 27 , 2022
PI film cutting artifact - RFH industrial grade 355nm UV nanosecond solid-state laser PI film, also known as polyimide film, refers to a class of polymers containing imide rings on the main chain. The material has excellent mechanical properties, electrical properties, high radiation resistance, wear resistance and oil resistance. It is widely used in aerospace, consumer electronics, photov...
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For thin-film laser cutting applications, how is the cutting performance of this nanosecond solid-state laser?
Jul 27 , 2022
For thin-film laser cutting applications, how is the cutting performance of this nanosecond solid-state laser? With the rapid development of thin film technology, it generally has different uses such as heat insulation, waterproof, sealing, insulation, shielding or line protection, and has been widely used in machinery, 3C electronics, aerospace, photovoltaic, printing and other fields. &nb...
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Make plastic crystal clear! Application of Ultraviolet Nanosecond Laser in Translucent Engraving
Jul 27 , 2022
Make plastic crystal clear! Application of Ultraviolet Nanosecond Laser in Translucent Engraving When the brightness is low or dark, the pointers, scales, and switch knobs on the car dashboard, or graphics or numbers on plastic parts such as mouse keyboards and switch panels suddenly appear crystal clear and transmit signals clearly and accurately. information. The question is: how d...
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RFH industrial-grade nanosecond solid-state laser released, longer life, more powerful
Jul 28 , 2022
RFH industrial-grade nanosecond solid-state laser released, longer life, more powerful At present, the connection between the microelectronics industry and the laser industry is getting closer and closer, especially in the laser cutting and drilling micromachining of PCB boards and FPC flexible circuit boards, which play an important role. In the laser processing of PCB boards and FPC flexi...
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Ultraviolet laser cutting fingerprint recognition module, the precision is too high
Jul 28 , 2022
Ultraviolet laser cutting fingerprint recognition module, the precision is too high Since the fingerprint recognition function of mobile phones has been widely used, after years of development, today's fingerprint recognition module manufacturing process is very mature, and it can be found in security and 3C electronic products. The fingerprint module is mainly composed of a fingerpr...
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Nanosecond solid-state lasers are great for glass marking applications
Jul 28 , 2022
Nanosecond solid-state lasers are great for glass marking applications As a very common material, glass is widely used in daily life, construction, industry, instrumentation, medical and health, etc., and various glass products emerge in an endless stream. For decoration, distinction, statistics, anti-counterfeiting and other purposes, marking on the glass surface has become a common...
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Do you know these hard core advantages of UV laser marking?
Jul 28 , 2022
Do you know these hard core advantages of UV laser marking? Ultraviolet laser marking belongs to a kind of laser marking process. The principle is to use the laser beam to focus on the surface of various materials for marking processing. Thin, can achieve ultra-fine marking, the heat affected area is very small, the thermal effect is relatively small, and the problem of material scorching d...
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Ultraviolet laser processing - the new favorite of brittle materials, you know
Jul 28 , 2022
Ultraviolet laser processing - the new favorite of brittle materials, you know Laser manufacturing technology is based on the physical interaction between high-energy lasers and materials, and the processing effect of materials is achieved through gasification, ablation and modification of materials. Today, laser processing has rapidly entered all walks of life. At present, it is mainly met...
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Talking about the development trend of ultraviolet lasers in my country?
Jul 28 , 2022
Talking about the development trend of ultraviolet lasers in my country? As the domestic manufacturing industry gradually moves from traditional to high-end, domestic ultraviolet laser technology has completed a leap from almost blank to basically commercialized applications in the past few years. With the gradual improvement and stability of technology, in recent years, the shipment of ult...
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