QCW 150W/1500W
Product Characteristics
Alternative for Traditional YAG Laser
Customizable Cable Length and Diameter
High Energy Conversion and Power Deliver
Convenient Switching Mode (CW / Pulsed)
Application Advantages
Laser Precision Cutting
Laser Precision Welding
Precision Drilling
Other applications
JPT QCW ffber laser developed according to the market application, which is an optimized combination of optical, mechanical, electrical and software components. Through the controlling porrs and the controlling software, the operating status of the laser can be monitored in real time. Alarm messages can be received in time, and data can be collected. The laser uses air cooling design, low power consumption, high energy conversion (electric to light), and easy to assemble.
Compared with the traditional YAG laser, QCW ffber laser with competitive advantage like smaller volume, less maintenance, ffber deliverr, etc. lt is the best option for welding, cutting and other applications.
Application Advantages
Metal Cutting; Ceramic/Metal Drilling; Laser Precision Welding
Parameter Unit | Parameter | |
Nominal Average Output Power | W | 150 |
Maximum Peak Power | W | 1500 |
Maximum Pulse Energy | J | 15 |
Repetition Frequency | Hz | 1-10000 |
Pulse Width | ms | 0.01-10 |
Beam Parameter Product | mm x mrad | ≤2@50μm |
Central Emission Wavelength | nm | 1080±10 |
Spectral Width@3dB | nm | < 6 |
Armored Cable Length | m | 5 |
Cooling Method | / | Air Cooled |
Operating Voltage | V | 48 |
Maximum Power Consumption | W | 1100 |
Switching On/Off Time | us | 20 |
Maximum Modulation Frequency | kHz | 10 |
Operating Temperature | ℃ | 10~40 |
Storage Temperature | ℃ | -10~60 |
N.W. | kg | 26.5 |
Size(Without Handle) | mm | 416×483×148 |
Size (With Handle) | mm | 486×483×148 |