Industrial Processing
Laser Technology in Industrial Processing
Industrial laser applications focus on high-precision and high-quality machining with minimal thermal impact. These lasers are primarily used for:
- Electronics Manufacturing: Processing PCBs and display panels through cutting and hole drilling.
- Semiconductor Fabrication: Scribing, dicing, and drilling of 3rd and 4th generation semiconductor substrates.
- Renewable Energy: High-precision cutting for Perovskite Solar Cells (PSCs) and BC Battery production.
- Material Removal: Micro-drilling and ablation of conductive or non-conductive layers in glass and photovoltaic industries.
Benefits of Featured Industrial Laser Types
The document outlines several technological advantages that make these lasers ideal for industrial environments:
- Minimal Heat-Affected Zone (HAZ): Advanced solid-state lasers allow for high-quality machining with a very small heat-affected zone, preserving the integrity of sensitive materials like substrates.
- Material Vaporization: Narrow pulse width lasers fully vaporize material in a very short time, which significantly improves the effect on thermal influence during cutting.
- Precision and Quality: High beam quality (M2 < 1.2 for some UV models) ensures accurate cutting and drilling even at the micro-scale.
- Operational Efficiency: Multi-pulse and high-energy single-pulse capabilities ensure that the back of a full cut remains unaffected, increasing overall production efficiency.
Industrial Processing Applications and Laser Types
| Industrial Application | Laser Beam Type / Technology |
| PCB & Display Panel Processing |
UV and Solid-state lasers for cutting/drilling |
| Semiconductor Substrate Machining |
3rd/4th generation substrate dicing and drilling machines |
| Solar Cell Manufacturing (PSCs/BC) |
High-power Picosecond UV Lasers (355nm) |
| Photovoltaic Film Processing |
Conductive/non-conductive layer ablation |
| Toolmaking and High-Power Machining |
High-energy Short-pulse ZIG-ZAG Slab Lasers |
Technical Comparison: Standard vs. Advanced Industrial Lasers
Based on the product specifications, here is how the specialized laser sources compare to standard industrial requirements:
| Feature | Standard Industrial Lasers | Advanced ps-Inno/UV Slab Technology |
| Average Power | Varies |
≥ 500 W (Slab Source) to 1000 W (ZIG-ZAG) |
| Pulse Width | Nanosecond/Millisecond |
∼10 ps (Picosecond) for ultrashort processing |
| Beam Quality ($M^2$) | Standard focus |
< 1.2 to 1.5 for high-precision dicing |
| Power Stability | Moderate |
< 2 RMS over 8–10 hours |
| Control Mode | Manual/Basic | IPC, Gate, and Trigger control for automated lines |
Product Industrial Infos
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