Er:Yag 2940nm For S Kin Rejuvanation - High-Quality Company
From my side as a specialist, I offer Er:Yag 2940nm For S Kin Rejuvanation devices that deliver precise ablation and controlled thermal effect for reliable rejuvenation. As a supplier focused on the medical aesthetics market, I prioritize High-Quality results and durable components, so clinics can scale treatments in a busy practice. Our Er:Yag 2940nm For S Kin Rejuvanation system features a compact handpiece, adjustable pulse settings, and real-time feedback to protect epidermis while promoting collagen remodeling. For a forward-thinking Company, this tool means shorter treatment times, less downtime for patients, and higher throughput. I design training and after-sales support around your clinic workflows, ensuring operators feel confident from day one. With proven clinical outcomes, this device helps you attract repeat business and build reputation. Ready to elevate your service? Let me align this solution with your clinic's goals and budget.
Er:Yag 2940nm For S Kin Rejuvanation Your Trusted OEM Partner Manufacturers You Can Rely On
Er:YAG 2940 nm lasers enable precise micro-ablative skin resurfacing with strong tissue selectivity. The 2940 nm wavelength is highly absorbed by water, allowing controlled ablation with minimal thermal damage. This delivers smoother texture, reduced fine lines, and improved collagen remodeling with relatively short downtime. For global clinics and distributors, a steady supply of high-quality laser modules and handpieces is essential for safe, repeatable outcomes. An experienced OEM partner offers end-to-end support—from design collaboration and customization (energy, pulse shape, spot size, handpiece ergonomics) to scalable manufacturing and strict quality control. Look for ISO 13485, traceable components, regulatory documentation, CE/FDA readiness, sterile packaging, and reliable post-sale service. With a resilient supply chain, predictable lead times, and global service coverage, buyers can expand into new markets with confidence and focus on patient care and growth.
| Specification | Details | Typical Range | Unit | Notes |
|---|---|---|---|---|
| Wavelength | Fixed operating wavelength for dermatology tissue ablation | 2940 | nm | Primary wavelength for Er:YAG lasers in skin resurfacing. |
| Pulse Energy per Pulse | Energy delivered per pulse controlled by energy setting | 5 - 60 | mJ | Higher energy increases ablation depth per pulse; used with scanning to modulate coverage. |
| Pulse Duration | Pulse width for tissue interaction | 200 - 800 | µs | Short pulses minimize thermal diffusion and collateral damage. |
| Repetition Rate | Pulse repetition rate during operation | 0.5 - 20 | Hz | Higher rates enable faster area coverage with scanning systems. |
| Average Power | Average output power during operation | 0.5 - 10 | W | Depends on energy per pulse and repetition rate; impacts tissue response and heat load. |
| Ablation Depth per Pulse | Estimated tissue removal depth per pulse | 5 - 40 | µm | Clinical depth varies with tissue type and fluence settings. |
| Spot Size | Delivery spot size at tissue interface | 0.3 - 1.0 | mm | Smaller spots for precision; larger spots for faster coverage with scanning. |
| Beam Delivery | Delivery method used to apply laser to tissue | Scanner-based / Handpiece | — | Fractional scanning enables controlled resurfacing patterns. |
| Cooling System | Thermal management during operation | Air cooling / Water cooling | — | Helps maintain safe tissue temperatures and system stability. |
| Electrical Requirements | Power supply specifications | 100 - 240 | V | Global compatibility; voltage depends on configuration. |
| Weight | System weight | 25 - 60 | kg | Varies with configuration and cooling options. |
| Certifications | Regulatory and quality marks | CE, ISO 13485 | — | Indicates compliance with medical device standards. |
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