8W Diode Laser Chips
The 8W Diode Laser Chips are high-power, high-efficiency semiconductor laser devices designed for a variety of applications requiring compact and reliable laser sources. These chips are optimized for continuous wave (CW) operation and provide 8W of output power, making them suitable for industrial, medical, and research applications. With excellent beam quality and efficient thermal management, the 8W Diode Laser Chips offer superior performance, ensuring stable operation even in demanding environments
Applications:
Material Processing: Perfect for industrial applications such as laser cutting, welding, engraving, and surface treatment. The 8W power output provides the intensity required for various material types, including metals, plastics, and ceramics.
Laser Pumping: Used in pumping solid-state lasers and fiber lasers, where stable, high-power light sources are required.
Medical Applications: The 8W Diode Laser Chip is ideal for medical treatments such as laser therapy, photodynamic therapy (PDT), and surgical applications that demand high precision and reliable output.
Data sheet:
Item No.: LC755SE8
| Operation | |
| Center wavelength | 755nm |
| Output power | 8w |
| Operation mode | CW |
| Geometrical | |
| Emitter width | 350um |
| Cavity length | 2500um |
| Chip width | 500um |
| Chip height | 150um |
| Electro Optical Data | |
| Threshold current | 2.6A |
| Operating current | 10A |
| Operating voltage | 1.9v |
| Slope efficiency | 1.1W/A |
| Total conversion efficiency | 42% |
| Slow axis divergence | 8.5 |
| Fast axis divergence | 38 |
| Spectral width | 3nm |
| Polarization | TE |
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