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RFH 355nm UV laser precision cutting of gold foil paper
Read More/Dec 14 , 2023
RFH UV laser marking leather is different!
Read More/Dec 14 , 2023
How to choose a high-quality UV laser supplier?
Read More/Dec 12 , 2023
How to use a 10W UV laser engraving on acrylic glass
Read More/Dec 12 , 2023

High-power UV Lasers Source Drilling Scribing PI Polyimide Film
High-power UV Lasers Source Drilling Scribing PI Polyimide Film

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High frequency repetitive marking is the advantage of RFH solid-state UV lasers
High frequency repetitive marking is the advantage of RFH solid-state UV lasers The unique function of self-cleaning in the inner cavity makes the RFH UV laser have a longer life and more stable As long as lasers are mentioned, everyone may think of the same thing. It seems that all lasers have the same origin, but in fact they are different, including but not limited to CO2 lasers, red light, green light, and today's protagonist ultraviolet laser.

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How High Power UV Lasers Cut Carbon Fiber Sheets
Wang Gong from RFH has recently made a new attempt with a 15w UV laser, which is to cut carbon fiber plates more precisely. The RFH UV laser adopts non-contact cutting, which can deliver very high energy to the surface of the fiberboard by using the direct light of the spot, and convert it from light energy into heat energy, and then cut.

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RFH SOLID-State Q-SWITCHED NANOSECOND UV Lasers Engraving mobile phone glass dial
As we all know, the hardness of the gem is very large, and there are many methods in sculpture, but the traditional method of carving needs to be polished multiple times to use. RFH Solid-State Q-SWITCHED NANOSECOND UV Lasers completely avoided the flaws of traditional deep sculptures in the deep sculpture of gem dials and made a new design in many aspects.

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RFH 3w 5w 355nm DPSS Pulsed Nanosecond uv Lasers marking PE film bag for food packaging
The marking process on PE film seems to be common, but in fact, to fully meet the requirements of manufacturers and customers, it still needs service providers with many years of R&D and production experience in laser technology and equipment design.

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nanosecond uv lasers Paint Removal & Paint Stripping on glass
nanosecond uv lasers Paint Removal & Paint Stripping on glass To meet the market demand, RFH newly developed S9 series UV laser in 2020. Comparing with its kinds, S9 series UV laser features with rugged sealed cavity, extremely compact size, simple and robust, high stability, high efficiency, high reliability and excellent laser beam quality.Its compact design suggests no necessity in building big light path, which greatly reduces space and cost and makes it easy to be installed into UV laser marking machines. In addition, S9 series cavity structure is more stability and more excellent scalability, which means the same laser cavity can be produces multi-power lasers , and the stability of different power ranges is greatly improved

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3w5w10w UV lasers are widely used in marking, cutting and drilling
The ultraviolet nanosecond laser launched by RFH is the result of the company's years of experience in ultraviolet laser research and development. Compared with similar types of ultraviolet lasers at home and abroad, it has a reliable structural output design, excellent beam quality and extremely high laser stability. Features, cost-effective advantages are obvious, can be widely used in laser marking, cutting and drilling and other precision processing fields. The smaller size can avoid the user from enlarging the optical path, and the light output is more stable. It can be better absorbed by the material, and has little damage to the material. The superior beam quality can be strictly guaranteed in all frequency ranges; the heat-affected area is extremely small during processing. Longer life, stable operation and extremely low maintenance cost.

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RFH 3W 10W 355nm UV Laser Marking Router Plastic Case
Manager Liu from an electronics factory in Shenzhen happened to come to RFH recently for investigation and investigation. Their company’s main product is a router, so they chose RFH’s nanosecond ultraviolet laser S9 to mark relevant product information on the plastic casing of their products. .

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UV ns pulsed lasers 3w 5w 10w paint stripping phone camera
UV ns pulsed lasers 3w 5w 10w paint stripping phone camera To meet the market demand, RFH newly developed S9 series UV laser in 2020. Comparing with its kinds, S9 series UV laser features with rugged sealed cavity, extremely compact size, simple and robust, high stability, high efficiency, high reliability and excellent laser beam quality.Its compact design suggests no necessity in building big light path, which greatly reduces space and cost and makes it easy to be installed into UV laser marking machines. In addition, S9 series cavity structure is more stability and more excellent scalability, which means the same laser cavity can be produces multi-power lasers , and the stability of different power ranges is greatly improved

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RFH Ultraviolet (UV) Lasers marking black on white ceramic
An example of RFH ultraviolet laser blackening on ceramic surface, the text is clear, the color difference is obvious, and the efficiency is extremely high. Use RFH UV laser marking, which belongs to non-contact processing, which can ensure processing accuracy.

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UV lasers 355nm are suitable for precision applications and machining
What are the applications of UV lasers? When we talk about ultraviolet light we refer to a light with a wavelength shorter than that visible to humans, since violet is the last color on the scale perceived by the human eye. UV lasers are suitable for precision applications and machining such as:

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More Accessible Ultraviolet (UV) Lasers Open Up New Possibilities
Many laser optics applications are shifting towards using shorter UV wavelengths because it allows for improved resolution and very small and precise feature generation with minimal heating to surrounding areas. Until recently, the high cost and bulky size of continuous wave (CW) UV laser sources have traditionally prevented them from being used in many situations, especially in university research. Now, a new wave of compact, cost-effective UV lasers has broken down this barrier, resulting in an expansion of UV applications ranging from micromachining, to UV Raman spectroscopy, to disinfection for the inactivation of pathogens.

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