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Engraving 3D glass anatomy motives by 355nm 12W 18W Low-Power Nanosecond UV Lasers Module
Dec 06 , 2022
Engraving 3D glass anatomy motives by 355nm 12W 18W Low-Power Nanosecond UV Lasers Module, Canada customer is so satisfied with the effect. About Expert III 355 Ultra-Stable Nanosecond UV Laser 10W12W15W: https://www.rfhtech.com/expert-iii-355-ultra-stable-nanosecond-uv-laser-10w12w15w_p13.html
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Engraving and Cutting Glass by Industrial Picosecond Lasers
Dec 07 , 2022
Engraving and Cutting Glass by Industrial Picosecond Lasers Glass is a material commonly used in micromachining and precision machining, and is widely used in consumer electronics, automobiles, optical lenses, home appliances and other fields. Nowadays, as the market has higher and higher requirements for the precision of glass materials, it is necessary to achieve higher precision processi...
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Philippines customer buy RFH 355nm UV Pulse laser head to cut FPC flexible circuit board
Dec 21 , 2022
Philippines customer buy RFH 355nm UV Pulse laser head to cut FPC flexible circuit board Expert III 355 Ultra-Stable Nanosecond UV Laser 10W12W15W： https://www.rfhtech.com/expert-iii-355-ultra-stable-nanosecond-uv-laser-10w12w15w_p13.html
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Malaysia customer purchase 532nm green laser for 3D Crystal Engraving
Dec 23 , 2022
Malaysia customer purchase 532nm green laser for 3D Crystal Engraving what is green laser: https://www.rfhtech.com/green-laser_c2
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How to use laser in PCB
Dec 26 , 2022
The manufacturing of PCB is a very complex task that requires using specialized equipment and engineering expertise. The advancement in technology has streamlined the major aspects of PCB manufacturing, with the introduction of lasers being one of the most recent developments. The fabrication of PCBs requires various materials. These materials are selected based on their electrical performa...
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PCB & FPC Laser Cut Profiling
Dec 27 , 2022
In past, individual PCB depaneling from a production panel, has faced an onslaught of challenges given the rise of flexible PCB materials. Mechanical profiling techniques such as V-scoring and routing can easily damage sensitive and thin substrates, creating problems for PCB manufacturers who profile flex and rigid-flex boards. As a reliable flex and flex-rigid PCB manufacturer in China, MA...
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What is laser engraving
Dec 28 , 2022
We can engraved a wide range of materials such as: plastics wood, metal, leather, fabric, silicone, rubber, cardboard and more. With our high end machinery we can range from very delicate engraving that will gentely mark the surface to a powerful yet accurate and controlled engraving that can get deeper into the material evaporating mass to get more distinguished and dramatic results. Our eng...
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Italy customer buy ultraviolet UV 355nm Laser diode for 3D Crystal Glass Engraving
Dec 28 , 2022
Italy customer buy ultraviolet UV 355nm Laser diode for 3D Crystal Glass Engraving what is 355nm laser ： https:///www.rfhtech.com/uv-laser_c1
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France customer buy 15 units of solid-state 355 nm ultraviolet laser engraving 3D glass
Dec 30 , 2022
France customer buy 15 units of solid-state 355 nm ultraviolet laser engraving 3D glass what is 355 nm ultraviolet laser : https://www.rfhtech.com/uv-laser_c1
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Crystal glass engraving by green laser marker
Jan 05 , 2023
Crystal glass engraving by green laser marker what is green laser: https://www.rfhtech.com/green-laser_c2
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Is UV Printing or Laser Engraving Better for you
Jan 30 , 2023
Is UV Printing or Laser Engraving Better for you What Is Laser Engraving? Laser engraving is a method of imprinting that first began being widely used in the 1970s. The process relies on computerized laser machines and laser machining applications, which tell the machines what to do. 3w 5w DPSS Pulsed Nanosecond uv Lasers marking black on plastic The process is a bit complex. But ess...
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Plastics be processed by uv laser cutting, engraving, and marking
Jan 31 , 2023
Plastics are malleable organic materials that can be extruded to form sheets or molded to form more complex shapes. Plastics come in many varieties, from commodity plastics like acrylic and ABS, to engineered plastics like polycarbonate and acetyl. Commodity plastics are inexpensive and have a broad range of applications, while engineering plastics are developed to meet certain performance require...
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