1342nm Solid-state laser DPL-1342
The 1342nm solid-state laser uses semiconductor-laser pumping and offers compact construction, long life and high reliability. It is an effective source for precision processing of silicon semiconductors, with applications in silicon-wafer stealth dicing, integrated-circuit cutting, MEMS manufacturing and display-panel repair.
Specification Snapshot
Average Power
≥30 W
Repetition Rate
30~200 kHz
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Overview
The 1342nm solid-state laser uses semiconductor-laser pumping and offers compact construction, long life and high reliability. It is an effective source for precision processing of silicon semiconductors, with applications in silicon-wafer stealth dicing, integrated-circuit cutting, MEMS manufacturing and display-panel repair.
Specifications
| Parameter | Value |
|---|---|
| Center wavelength Range | 1342 nm |
| Operating mode | Continuous / Pulsed |
| Average Power | ≥30 W |
| Repetition Rate | 30~200 kHz |
| Pulse width | 40~50 ns |
| Beam quality M² | <1.3 |
| Input Voltage | 220±10% |
| Input Power supply Frequency | 50~60 Hz |
| Aiming light | Yes |
Applications
Silicon-wafer stealth dicing, integrated-circuit cutting, MEMS fabrication and display-panel repair; biological imaging and diagnostics, optical research and polymer micromachining.
Key Features
High reliability and long life; simple maintenance and low operating costs; good beam quality and mature technology
Datasheet
Product Datasheet
PDF
Supplier Information
Chengdu Leiyuan Optoelectronics Technology Co., Ltd., established in November 2021, is a high-tech enterprise engaged in R&D, manufacturing and sales of mid-infrared laser devices, laser sources, and intelligent laser manufacturing equipment. It has formed a vertically integrated model of independent development covering materials & components, light sources & equipment, and applications. Main applications include 1~5μm laser infrared countermeasures, 1.3~8μm laser medical treatment and aesthetics, transparent material welding, and scientific research. The core team, led by academicians, has overcome several bottleneck technologies (e.g., 1.3~10μm lasers), breaking international embargoes and achieving domestic substitution and technological self-reliance.
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