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Nanosecond Pulsed UV Laser For Mobile Phone Shell Marking

Nanosecond pulsed UV lasers are a revolutionary technology in the field of mobile phone case marking today. This efficient and precise laser can not only meet the demanding requirements of mobile phone manufacturers for marking speed and accuracy, but more importantly, it brings a different artistic sense to the mobile phone case.


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    • Commodity name: Nanosecond Pulsed UV Laser For Mobile Phone Shell Marking
    • Commodity ID: 1041772479

    Nanosecond pulsed UV lasers are a revolutionary technology in the field of mobile phone case marking today. This efficient and precise laser can not only meet the demanding requirements of mobile phone manufacturers for marking speed and accuracy, but more importantly, it brings a different artistic sense to the mobile phone case.

    Nanosecond pulsed UV laser for mobile phone shell marking

    Nanosecond pulsed UV lasers are a revolutionary technology in the field of mobile phone case marking today. This efficient and precise laser can not only meet the demanding requirements of mobile phone manufacturers for marking speed and accuracy, but more importantly, it brings a different artistic sense to the mobile phone case.

     

    In the past, the marking of mobile phone casings often used traditional printing or engraving techniques. However, these methods cannot satisfy modern consumers' pursuit of personalization and unique design. The advent of nanosecond ultraviolet lasers makes the marking of mobile phone casings simple and creative.

     

    Previously, when using traditional methods to mark mobile phone casings, it was often prone to problems such as blurring, unclearness or easy wear and tear. The nanosecond ultraviolet laser can accurately engrave patterns, characters or logos on the surface of the mobile phone casing through a high-energy-density laser beam, and it can be easily processed whether it is metal, plastic or glass.

     

    Due to the extremely high energy density and short pulse time of the nanosecond ultraviolet laser, it can be accurately marked on the micro-nano scale, making the pattern on the mobile phone shell glow with delicate and unique light. The details of textures, patterns, and fonts are perfectly presented, making every mobile phone a work of art.

     

    In addition to the precision and artistry of marking, nanosecond UV lasers are also characterized by high efficiency and low energy consumption. It accomplishes the same task in less time and uses less energy than traditional marking methods. This not only speeds up the technological process on the mobile phone production line, but also makes a positive contribution to today's increasingly environmentally conscious society.

     

    With the continuous development and popularization of nanosecond UV laser technology, more innovations and possibilities will be ushered in in the field of mobile phone shell marking. Consumers can look forward to more personalized mobile phone case designs, and mobile phone manufacturers can respond to market changes more flexibly.

     

    All in all, nanosecond UV lasers play an indispensable role in the field of mobile phone casing marking. Its efficiency, precision and artistry have greatly benefited mobile phone manufacturers and consumers. With further breakthroughs in technology and widespread application, we have reason to believe that mobile phone shell marking will present a more exciting future.

     

    uv laser

    RFH F9 series Water cooled UV laser's power range is 3w-5w .Comparing with its kinds, F9 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, F9 series cavity structure has more stability and more excellent scalability, which means the same laser cavity can produce multi-power lasers , and the stability of different power ranges is greatly improved.

     

    Key words:
    • Nanosecond pulsed UV lasers
    • mobile phone shell marking
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    Model  S9 UV LASER
      Parameter Index Unit Description
    Laser wavelength 354.7 nm  
    Average Output Power 3.0-5.0 W @30kHz
    Pulse Width <12 ns @30kHz
    Pulse Repetition Rate 10-200 kHz  
    Spatial Mode TEMoo    
    M2 <1.2    
    Beam Diameter 0.8±0.2 mm Measured at window
    Beam Full Divergence Angle <2 mrad  
    Beam Circularity >90 %  
    Pulse-to-Pulse Stability <2 % RMS/@30kHz
    Average Power Stability <5 % RMS/8hr
    Beam-Pointing Drift <30 μrad/℃  
    Polarization Ratio >100:1    
    Polarization Orientation Horizontal    
    Operating Temp. & RH 10 to 35
    <80

    %
     
    Storage Temp. & RH -20 to 65
    <90

    %
     

    Electricity Requirement

    Power Consumption

    100-240
    50/60
    <500
    VAC
    Hz
    W
    Single phase
    Warranty 18
    months