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RFH two S9 series 10-watt UV lasers for glass engraving
Nov 21 , 2023
Recently, our customer decided to purchase two S9 series 10-watt UV lasers from RFH for glass engraving. The reason is that their peers are all using RFH's 355nm UV laser, which they believe has excellent performance and stable quality in engraving. RFH's UV lasers have wide popularity and reputation in the market, and their unique features and functions make them the best in the ind...
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RFH 15W UV nanosecond laser for engraving clear acrylic glass
Nov 22 , 2023
RFH 15W UV nanosecond laser for engraving clear acrylic glass Recently, an old customer from Canada once again chose the RFH 15-watt UV nanosecond laser to engrave transparent acrylic glass. After fine engraving, the effect is high-definition and without bursts, which once again proves the excellent performance and quality of the RFH laser in engraving transparent materials. As Canad...
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Why choose RFH UV solid-state lasers
Dec 01 , 2023
For sixteen years, RFH has been committed to one thing - focusing on the development of high-end, high-quality, high-precision UV solid-state lasers. The professionalism and complexity of this field require us to continuously deepen and strive for excellence in technological research and development. From the initial basic research to the current transformation of results, RFH has always insisted ...
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Why UV lasers can mark black on plastic
Dec 07 , 2023
Why UV lasers can mark black on plastic When a UV laser irradiates plastic, it causes its surface to turn black. The reason behind this phenomenon is that the laser emitted by the ultraviolet laser has high energy, which triggers a photochemical reaction when it hits the plastic surface. The energy of ultraviolet laser can break the chemical bonds in the plastic molecules, causing the...
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Effects of UV femtosecond lasers at different frequencies
Dec 08 , 2023
Effects of UV femtosecond lasers at different frequencies UV femtosecond laser is an advanced laser technology widely used in various scientific research and industrial applications. It uses laser pulses at ultraviolet wavelengths, typically in the femtosecond range, or quadrillionths of a second. This kind of laser has the advantages of high precision, high stability and high power, so it ...
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