Description
The Ultraviolet Series Lasers are engineered with an advanced resonant cavity design and state-of-the-art laser control system technology. These innovations allow for superior beam divergence and narrower pulse widths, even at high-power settings. The lasers utilize Nd:YVO4 as the gain medium, ensuring robust performance. The pulse repetition rates are adjustable, ranging from 20kHz to 150kHz, providing flexibility based on the specific model and application requirements.
The Green Series Laser Diode End-Pumped Acousto-Optic Q-Switched Lasers are distinguished by their cutting-edge resonator design and advanced laser-control technology. These features contribute to exceptional beam quality and pulse widths when operating at high power levels. The integration of special thermal compensation and frequency conversion technologies ensures high efficiency and stability during harmonic conversion. With Nd:YVO4 crystals as the gain medium, these lasers offer adjustable pulse repetition rates, making them versatile for various applications.
The Picosecond Series Lasers leverage an advanced resonant cavity design combined with leading-edge laser-control system technology. This results in enhanced beam divergence and extremely narrow pulse widths, even at high power settings. Employing Nd:YVO4 crystals as the gain medium, these lasers excel with pulse widths in the low picoseconds range. This capability ensures superior processing results and minimizes heat-affected zones. The pulse repetition rates are adjustable, ranging from 50 to 1000kHz, depending on the model, to suit diverse operational needs.
DPSS UV laser source
Specifications
| Avg. Power: | 10 W |
|---|---|
| Wavelength: | 355 nm |
| Repetition Rate: | 10 – 100 kHz |
| Spatial Mode (M^2): | 1.3 |
| Pulse Duration: | 18 ns |
| Pulse-to-Pulse Stability (RMS): | 3 % |
| Cooling: | Water-to-Water |
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Features
- Advanced Resonant Cavity Design: All laser series feature a cutting-edge resonant cavity design for improved beam divergence and pulse width performance.
- State-of-the-Art Laser Control System: Utilizes advanced control technology to ensure optimal performance at high-power work settings.
- Nd:YVO4 Gain Medium: Employs high-quality Nd:YVO4 crystals for enhanced laser performance across all series.
- Adjustable Pulse Repetition Rates: Ultraviolet series ranges from 20kHz to 150kHz, while picosecond series ranges from 50 to 1000kHz, allowing for flexibility based on application needs.
- High-Efficiency Harmonic Conversion: Green series lasers feature thermal compensation and frequency conversion technologies for efficient and stable harmonic conversion.
- Excellent Beam Quality: Green series lasers are designed to provide superior beam quality and pulse widths at high power settings.
- Low Picosecond Pulse Widths: Picosecond series lasers deliver very narrow pulse widths, resulting in superior processing results with minimal heat-affected zones.
Applications
- Micromachining: Achieve precision in cutting and drilling with minimal heat-affected zones, ideal for electronics and medical device manufacturing.
- Material Processing: Efficiently process a variety of materials including metals, plastics, and ceramics with high precision and speed.
- Scientific Research: Utilize for advanced research applications requiring precise laser control and stability, suitable for spectroscopy and photonics experiments.
- Semiconductor Manufacturing: Enhance semiconductor fabrication processes with precise and efficient laser technology, supporting high-volume production.
- Medical Applications: Use in laser surgery and dermatological procedures where precision and minimal thermal damage are critical.
- Optical Data Storage: Facilitate high-density data storage solutions with precise laser etching capabilities.
- Holography: Create high-quality holograms with excellent beam quality and stability.
- Engraving and Marking: Achieve high-speed and high-precision engraving on various surfaces, ideal for industrial and artistic applications.
Frequently Asked Questions
What are the applications of the UV laser source?
What is the adjustable range of pulse repetition rates for the UV laser source?
What is the pulse width range for the picosecond series lasers?
What is the gain medium used for the picosecond series lasers?
What is the gain medium of the UV laser source?
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