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AMARK Series Industrial Picosecond Laser – Compact, Intelligent, Multi-Wavelength

AMARK Series Industrial Picosecond Laser – Compact, Intelligent, Multi-Wavelength Featured Image
  • AMARK Series Industrial Picosecond Laser – Compact, Intelligent, Multi-Wavelength

Short Description:

Compact AMARK picosecond lasers with BURST mode, POD control, PWM and analog power adjustment. Supports 1064, 532, 355nm wavelengths, ideal for industrial marking, 3C products, packaging, and FPC/PCB applications.


  • Unit Price: Negotiable
  • Terms of Payment: 100% in Advance
  • Payment Method: T/T, Paypal, Credit Card...
  • Country of Origin: China

    • Product Detail

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    Description & Introduction

    AMARK series picosecond lasers are engineered for precision industrial marking with ultra-compact design for seamless integration. The lasers support BURST mode (1-10 pulses), PWM control, and analog voltage power adjustment for high flexibility.

    With a simplified 24V power input and 15-pin interface integrating RS232 communication, AMARK makes installation and device integration effortless. Multiple external trigger modes, including high/low and rising/falling edge, enable POD pulse control as needed.

    Advanced features include automatic point switching, power display, smart status monitoring, and intelligent diagnostics, ensuring reliable performance and easy maintenance. AMARK lasers are perfect for high-precision marking on 3C products, packaging, FPC, and PCB, combining compact size, efficiency, and industrial reliability.

    Specifications

    AMARK 355

    Parameter Specification 8W-500K
    Wavelength (nm) 355
    Average Power (Watts) >8W @ 500KHz
    Pulse Energy (µJ) >16
    Specified Frequency (kHz) 500
    Repetition Rate Range (kHz) 300 ~ 1000
    Pulse Width (ps) <20
    Beam Quality (M²) <1.3
    Beam Roundness (%) >90
    Beam Diameter (mm) <3
    Divergence Angle (mRad) <1.5
    Pointing Stability (µrad/°C) <20
    Polarization Ratio 100:1 Linear, Horizontal
    Pulse Stability (%RMS) <2
    Average Power Stability (% over 12 hours) <3
    Cold Start Warm-up (mins.) <40
    Standby Warm-up (mins.) <15
    Ambient Temperature (°C) 20-35°C
    Ambient Humidity (%) 20 to 80, Non-condensing
    Storage Temperature (°C) -10 to 60
    Storage Humidity (%) 20 to 80, Non-condensing
    Power Supply Requirement (VDC/Watts) 24±5%/600
    Average Power Consumption (W) < 400
    Communication Protocol RS232
    Cooling Method Water
    Weight (kg) 22
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