Ultraviolet Nanosecond Laser

The typical output wavelength of Ablator-NUV series ultraviolet nanosecond laser is 355nm, the repetition frequency is 10~100kHz, the pulse width is less than 20ns, and the maximum power exceeds 15W. Suitable for non-metallic material marking, additive manufacturing and wafer cutting.

sku:Ablator-355
Category:Industrial Nanosecond Lasers

Description

product description

Ablator-NUV series out-of-campus nanosecond lasers combine semiconductor pumped laser technology with acousto-optic modulation technology, high-efficiency intra-cavity frequency conversion technology and high-precision temperature control technology. The entire series of products are designed in accordance with the requirements of industrial-grade lasers, and have undergone temperature cycling and shock vibration tests to ensure the power stability and long-term reliability of the products. The typical output wavelength of Ablator-NUV series laser is 355nm, the repetition frequency is 10~100kHz, and the pulse width is less than 20ns. It is suitable for non-metal material marking, additive manufacturing and wafer cutting and other fields.
Product Features
Semiconductor face pump, long life
Fundamental mode spot output
Wide range of working repetition frequency
Small pulse width, high peak power
High-precision temperature control system
Application Fields
marking on non-metallic materials
Glass marking
3D printing
Micro hole drilling
Wafer cutting

 

Specification

Main performance index of laser
parameters Units  Ablator-355-3  Ablator-355-5  Ablator-355-10
Central Wavelength nm 355 355 355
Repeat Frequency MHz 10~100kHz  10~100kHz  10~100kHz 
Pulse width ns <20ns@30kHz  <20ns@30kHz <30ns@50kHz
Output Average Power mW  >3W@30kHz >5W@30kHz >10W@50kHz 
Polarization    Horizontal Polarization  Horizontal Polarization  Horizontal Polarization 
Power Stability  %RMS <3 <3 <3
Beam Quality <1.2 <1.2 <1.2
Spot roundness    >90%  >90%  >90%
Input Voltage V DC-12V DC-12V DC-12V
Cooling    Water cooling  Water cooling  Water cooling 

Mechanical drawings