C16 Picosecond laser
Key benefits
- Dual wavelengths 532/1064 nm for laser tattoo removal and pigmented lesions
- Short pulse duration (2–6 ns), photoacoustic effect; less thermal damage to surrounding tissue
- Genesis / PTP modes for skin rejuvenation, pores and texture; customizable treatments across skin types
- 2–10 mm spot sizes, up to 10 Hz repetition rate for efficient treated areas
Honeycomb handpiece option; project monitoring, training & documentation
Application
- Epidermal lesions: 532 nm for age spots, sun exposure-related skin discoloration, mild hyperpigmentation
- Dermal pigment: 1064 nm for darker skin tones / Fitzpatrick skin types IV–VI, post-inflammatory hyperpigmentation (PIH)
- Tattoo indications: pico laser tattoo removal for multicolored tattoos, unwanted tattoos, and tattoo ink at varied depths
- Skin rejuvenation: Genesis mode stimulates collagen for texture, acne scars, and pores with a non-ablative approach。
Customization
Lefis supports your project end-to-end: requirements review, concept design, prototype assembly, prototyping testing, and quality control. Mark needs the enquiry quote or contact us for documentation, training, and OEM/ODM options.
Certificate
The picosecond laser introduces a new phase of pigment management with short pulse duration and high laser energy, creating a photoacoustic effect that fragments chromophores while minimizing thermal damage to surrounding skin. It is used in dermatologic laser surgery for pigmented lesions, hyperpigmentation, and laser tattoo removal, often with fewer treatments and less downtime compared with some traditional lasers. Treatment plans are individualized to skin condition and skin types.
*Customization is always available, please mark down your need in cart or just contact us.
Before&After
Technology
Q-Switched (QS) laser
Over Other Synthetic Winch Ropes
- An active Q-switched Nd:YAG delivers high-intensity pulses in the nanosecond range, generating photoacoustic shockwaves that disperse pigment particles. As treated areas heal, the immune system clears fragments, revealing clearer skin with a low risk of scarring or post-inflammatory hyperpigmentation when parameters are appropriate. Compared with purely thermal devices, the short pulses aim for greater clearance with controlled collateral heat.
As the area heals, the body's immune system flushes away the shattered pigment, revealing lighter, clear skin with minimal risk of scarring or hyper pigmentation.The mechanical Q-switched effect works by vibrating and breaking up the pigment in the lesion or the ink particles in the tattoo.
Specification
| Model | System | Pulse Width | Pulse Energy | Genesis Mode | PTP Mode | Repetition Rate | Spot Size | Cooling System | Power Supply | Dimensions | Weight |
|---|---|---|---|---|---|---|---|---|---|---|---|
| / | / | ns | mJ | mJ | / | / | / | / | / | w*d*h(cm) | kg |
| C16 | Electro-optical Q-Switched Nd:YAG Laser | 2-6 |
<1000mJ @1064nm <500mJ @532nm |
4500 | 50% energy boost capability | Up to 10Hz | 2-10mm | Closed-loop water + air cooling | 100-240V, 50/60Hz | 67 x 127 x 128 | 85 |
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Frequently Asked Questions
What indications does the C16 address?
Tattoo removal, pigmented lesions (melasma, age spots, hyperpigmentation, PIH), and skin rejuvenation for texture, pores, and mild wrinkles—with a non-ablative approach.
Which wavelength should I choose?
Use 532 nm for superficial epidermal pigment and 1064 nm for dermal pigment and darker skin tones (Fitzpatrick IV–VI). The dual wavelength platform covers varied skin types and pigment conditions.
How many sessions are typical?
Protocols vary by tattoo density, color, and skin condition; a treatment plan usually includes multiple visits. Many cases report fewer treatments versus some traditional lasers, though patient factors determine outcomes.
What about thermal damage and downtime?
The short pulse/nanosecond photoacoustic effect aims to reduce thermal damage to surrounding tissue, supporting less downtime when parameters and aftercare are appropriate.
Can it treat multicolored or darker tattoos?
Yes—multicolored tattoos can be addressed using wavelength selection and spot size control; repetition rate up to 10 Hz supports efficient coverage of treated areas.
Is it suitable for melasma or PIH?
For melasma treatment or post-inflammatory hyperpigmentation, conservative settings and spacing are recommended to help avoid rebound. Combine with sun-protection and tailored care.
How does Genesis/PTP help skin rejuvenation?
Genesis mode supports collagen stimulation for tone and texture; PTP mode delivers split pulses for gentler passes on sensitive areas.
How is this different from traditional lasers or alexandrite systems?
Compared with some traditional lasers (e.g., purely thermal or alexandrite laser approaches), the short-pulse photoacoustic mechanism targets pigment with controlled heat, aiming for significant improvement and patient satisfaction under appropriate protocols.
Are there clinical studies?
Published systematic review and clinical studies on picosecond / Q-switched platforms report efficacy in tattoos and pigmentation; protocols should follow professional guidance.
What pre/post care reduces risks?
Assess skin types and sun exposure, avoid irritants, and follow instructions; alternatives or adjuncts (e.g., chemical peels) may be considered case-by-case.
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