| Customization: | Available |
|---|---|
| After-sales Service: | 1 Year |
| Divergence Angle: | =0.5mrad |
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Product Introduction
The Lancer series lasers are among the most ultra-compact femtosecond titanium sapphire amplifiers available today. Through a single-stage regenerative amplification, they can output single pulse energies of up to 15 mJ, with selectable repetition rates from 1 to 1 kHz, and allow for pulse width adjustments ranging from 30 fs to 1 ps. The Lancer series employs a unique large mode area amplification technology combined with advanced dual-end pumping, enabling the laser to achieve high energy and excellent beam quality while maintaining good pointing stability and beam profile consistency. Additionally, thanks to the dual protection design of a sealed module and integrated casing, Lancer products maintain high reliability and stability even in non-laboratory environments.
Features
| 1. Industrial-grade reliability. | 5. Selectable repetition rates from 1 to 1 kHz. |
| 2. High integration mechanical design. | 6. Synchronisation and phase locking functionality. |
| 3. Pulse energy of up to 15 mJ. | 7. Optional second and third harmonic generation modules. |
| 4. Adjustable pulse width from 30 fs to 1 ps. | 8. Customisable central wavelength and pulse width. |
| Parameter | Lancer-D10 | Lancer-N10 | Lancer-K3 | Lancer-K7 |
| Central Wavelength | 780-820nm (nominal), optional second and third harmonic generation | 780-820nm (nominal), optional second and third harmonic generation | 780-820nm (nominal), optional second and third harmonic generation | 780-820nm (nominal), optional second and third harmonic generation |
| Pulse Energy | 7-15mJ selectable | >3mJ | >7mJ | >7mJ |
| Maximum Repetition Rate | 10Hz/100Hz/1kHz | 10Hz/100Hz/1kHz | 10Hz/100Hz/1kHz | 10Hz/100Hz/1kHz |
| Pulse Width | ≤35fs | ≤35fs | ≤35fs | ≤35fs |
| Power Stability | <1.0% (RMS) | c0.59% (RMS) | <1.0% (RMS) | c0.59% (RMS) |
| Pre-Pulse and Post-Pulse Contrast | >1000:1; >100:1 | >1000:1; >100:1 | >1000:1; >100:1 | >1000:1; >100:1 |
| Beam Quality | TEM00 (dual-axis, M²<1.3) | TEM00 (dual-axis, M²<1.3) | TEM00 (dual-axis, M²<1.3) | TEM00 (dual-axis, M²<1.3) |
| Beam Size (1/e²) | 10mm (nominal) | 6mm (nominal) | 10mm (nominal) | 10mm (nominal) |
| Beam Pointing Stability | <10μrad (RMS) | <10μrad (RMS) | <10μrad (RMS) | <10μrad (RMS) |
| Divergence Angle | =0.5mrad | =0.5mrad | =0.5mrad | =0.5mrad |
| Polarisation State | Horizontal linear polarised | Horizontal linear polarised | Horizontal linear polarised | Horizontal linear polarised |
| Synchronisation Locking Module | Optional, jitter <150fs after locking | Optional, jitter <150fs after locking | Optional, jitter <150fs after locking | Optional, jitter <150fs after locking |
Resound Research Institute continuously introduces advanced new technologies and products in industrial application scenarios such as market supervision, public safety, environmental monitoring, and science, education, research, and production. This has led to the formation of a domestically produced high-end scientific equipment industry base that integrates design, research and
development, production, sales, and services. This base drives the iteration of downstream industry technology, enhances the transformation and industrialization level of scientific and technological achievements, and provides technological sources for innovative development.
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