S1 Precision Series
Active Q-switched Nd:YAG Laser Handpiece - Flagship Model
Ultra-narrow 6-10ns pulse width for the most demanding precision treatments
Key Benefits
- ✓Unmatched precision for high-end aesthetic and research applications
- ✓Medical-grade ≤4% RMS energy stability for consistent results across extended sessions
- ✓Full parameter control: 10-450mJ energy and 1-15Hz frequency independently adjustable
- ✓Active Q-switching technology delivers electronic pulse control with minimal variation
Technical Specifications
| Wavelength | 1064nm (532nm optional) |
| Energy Output | ≤450mJ |
| Pulse Width | 6–10ns |
| Peak Power | 25–50MW |
| Repetition Rate | 1–15Hz |
| Energy Stability | ≤4% RMS |
| Cooling Flow | 2–3.6L/min |
| Cooling Requirement | Chilled water 2-3.6L/min |
| Operating Temperature | 15-30°C |
| Weight | 0.62kg |
| Dimensions | 180×45×52mm |
| Q-Switch Type | Active (Electro-optic) |
Applications
Pigmentation Removal
Superior effectiveness for age spots, freckles, and melasma with precise targeting
Tattoo Removal
Multi-color capability with optional 532nm frequency doubling for comprehensive treatments
Carbon Peeling
Precise control for skin rejuvenation and pore refinement treatments
Vascular Lesions
Targeted treatment with minimal side effects and surrounding tissue damage
Research Applications
External TTL trigger interface for precise scientific studies and photothermal research
Technical Highlights
Active Q-switching
Electronic control for consistent performance
Unlike passive Q-switching, active control ensures minimal pulse-to-pulse variation, delivering predictable results across all treatment parameters
Ultra-narrow Pulse Width
6-10ns for precision photothermal effects
Shorter pulse duration enables more precise targeting of pigmented particles while minimizing thermal damage to surrounding tissue
Superior Stability
≤4% RMS, ≤3% fluctuation over 8-hour operation
Medical-grade consistency enables high-volume clinical use without performance degradation, ensuring reproducible treatment outcomes
Full Parameter Control
Energy and frequency independently adjustable
Customize treatment parameters for different applications and patient needs, from gentle superficial treatments to aggressive deep-layer targeting
Experience Precision Engineering
Contact us for detailed specifications, performance data, or technical consultation