Mid-Power Nanosecond Green DPSS Laser
This mid-power nanosecond green DPSS laser offers high stability and wide applicability, making it ideal for precision processing and industrial applications.
Specification Snapshot
Wavelength
532nm
Pulse Duration
<30ns
Power Consumption
600W
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Overview
This mid-power nanosecond green DPSS laser offers high stability and wide applicability, making it ideal for precision processing and industrial applications.
Specifications
| Parameter | Value |
|---|---|
| Wavelength | 532nm |
| Output Power 20W | 20W@40kHz |
| Output Power 30W | 30W@40kHz |
| Output Power 50W | 50W@40kHz |
| Beam Divergence | <2mrad |
| Repetition Rate | 30kHz-300kHz |
| Pulse Duration | <30ns |
| Pulse-to-Pulse Stability | <3% |
| Average Power Stability | <2% |
| Spatial Mode | TEM00(M2<1.2) |
| Beam Diameter | ~1.5mm |
| Cooling Method | Water cooling |
| Warm-up Time | <15min |
| Ambient Temperature | 15°C-35°C |
| Power Supply | AC220V/10A |
| Power Consumption | 600W |
Applications
1. Glass engraving 2. Carbon fiber processing 3. PCB marking 4. Semiconductor processing
Key Features
1. High stability 2. Widely used 3. Optimized for high beam quality
Datasheet
Product Datasheet
PDF
Supplier Information
<p>The company's main business focuses on the upstream of the laser industrial equipment manufacturing industry, engaged in the R&D, production and sales of advanced solid-state lasers (Diode pump solid state laser) and laser precision processing solutions. Core technology originates from a North American experienced R&D team. The founding team is innovative, efficient and pragmatic. The company has completed the R&D and industrial mass production of the full range of products including high-power high-energy green lasers, nanosecond mid-high power solid-state lasers, and all-solid-state picosecond ultrafast lasers. All product indicators meet international levels. High-power high-energy green lasers and high-power UV pulse lasers perform well in the processing of superhard materials, new energy batteries and new semiconductor materials.</p>
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