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PCB, FPC flexible circuit board customers buy UV laser
Apr 09 , 2021
PCB, FPC flexible circuit board customers buy UV laser PCB circuit board cutting was done by CO2 laser in the early stage, but the thermal effect was relatively large, the efficiency was low, and it was easy to cause the circuit board to deform and scorch. However, with the rise of RFH ultraviolet laser technology, coupled with the development of the PCB circuit board industry in the direction of ...
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PCB 355nm nanosecond UV laser machine non-contact coding effect, high-definition
Apr 09 , 2021
PCB 355nm nanosecond UV laser machine non-contact coding effect, high-definition PCB circuit board cutting was done by CO2 laser in the early stage, but the thermal effect was relatively large, the efficiency was low, and it was easy to cause the circuit board to deform and scorch. However, with the rise of RFH ultraviolet laser technology, coupled with the development of the PCB circuit board ind...
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355nm solid-state laser cutting PCB, FPC flexible circuit board with smooth edges
Apr 09 , 2021
355nm solid-state laser cutting PCB, FPC flexible circuit board with smooth edges PCB circuit board cutting was done by CO2 laser in the early stage, but the thermal effect was relatively large, the efficiency was low, and it was easy to cause the circuit board to deform and scorch. However, with the rise of RFH ultraviolet laser technology, coupled with the development of the PCB circuit b...
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Laser marking of steel, stainless, titanium, aluminum and more
Apr 09 , 2021
Many metal materials require permanent, durable and legible marks to improve traceability, quality control and personalization. Laser metal marking meets this manufacturing demand by offering many advantages over traditional marking techniques. Our laser solutions use a variety of laser wavelengths to leave permanent marks on almost any type of metal, including aluminum, brass, carbide, chrome, co...
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UV lasers achieve precise, detailed cuts, minimal kerf widths
Apr 09 , 2021
asers can cut many types of thin metal—including sheet metal and foils—into complex shapes with high precision. Pairing the focused, high-energy laser spot with on-axis gas assist achieves clean cuts that don’t require further processing. Laser cutting of thin metals is found in many industries, such as automotive, appliances, electronics, energy, medical device manufactur...
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Laser drilling metal offers superior speed and lower operating costs
Apr 09 , 2021
Metal drilling is an important application to many industries including automotive, aerospace, medical device manufacturing, electronics, and semiconductor manufacturing. The need to drill precise holes with minimal extra effect to the metal part is critical to producing quality products. Laser drilling has become a popular solution for metal processing due to its non-contact nature and minimal he...
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Make white pattern on black plastic, choose RFH 355nm UV laser
Apr 12 , 2021
Make white pattern on black plastic, choose RFH 355nm UV laser Ultraviolet lasers are widely used in the plastics industry due to their low thermal influence, and their dominance is optical fiber, which is beyond the reach of CO2 lasers. White and black or black and white products can be seen everywhere on plastic, such as mobile phone buttons, plastic transparent buttons, electronic components, i...
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Ultraviolet laser marking black plastic has the characteristics of fast speed
Apr 12 , 2021
Ultraviolet laser marking black plastic has the characteristics of fast speed Ultraviolet lasers are widely used in the plastics industry due to their low thermal influence, and their dominance is optical fiber, which is beyond the reach of CO2 lasers. White and black or black and white products can be seen everywhere on plastic, such as mobile phone buttons, plastic transparent buttons, el...
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3W UV laser marking black plastic, the identification code will never fall off
Apr 12 , 2021
3W UV laser marking black plastic, the identification code will never fall off Ultraviolet lasers are widely used in the plastics industry due to their low thermal influence, and their dominance is optical fiber, which is beyond the reach of CO2 lasers. White and black or black and white products can be seen everywhere on plastic, such as mobile phone buttons, plastic transparent buttons, e...
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UV Laser marking, drilling and cutting of ceramics
Apr 12 , 2021
Laser technology is an ideal choice whether you’re looking to mark, cut or etch your ceramic parts. Compared to traditional processes, lasers focus energy into small areas, reducing strain on parts and creating small heat-affected zones.
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UV Lasers can etch into the surface of the ceramic part to create engraved lines or patterns
Apr 12 , 2021
Thanks to their precise heat control, lasers create detailed, durable and permanent marks on ceramic materials—improving traceability and product identification. The advantages of ceramic laser marking include: No consumables. Marking ceramic with a laser doesn’t require extra consumables like ink printing and other ceramic marking methods. Localized energy. Thanks to the laser’s...
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Two types of lasers are ideal for cutting ceramic.
Apr 12 , 2021
Lasers can cut many types of ceramic materials. The most common is alumina silicate (Al2SiO5), which requires either full ablation or the scribe-and-break technique. Each has its own advantages depending on your application’s requirements. Unlike other methods, ceramic laser cutting achieves precise heat control to cut detailed patterns. Other advantages include: No contact. Unlike diamond c...
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