Venus Laser
1 / 1
ODM High Quality Commercial Pico Picosecond Q Switched Laser Machine 755nm for Tattoo Pigment Skin Whitening Freckles Removal Factory, Factories
Product Description
What is picosend laser?
The Pico Laser uses ultra-short pulses (one trillionth of a second in length) through beehive lens to hit the melanin with a great pressure, which causes the melanin shatters into tiny dust-like particles. Because the particles are so small, they are more readily absorbed and eliminated by the body. Meanwhile, the shockwave penetrates deeply into the Dermis layer, which stimulate skin collagen to regenerate, which means better clearance of the melanin and less treatments overall. Therefore, the result of removing pigment and improving skin can be achieved.
Brand New Design
Fresh appearance
Smooth lines
Lightweight - 35% smaller and easier to move
User-Centric Features
Ergonomic push handle: Smooth corners, anti-cutting comfortable grip.
Silent wheel: With the ergonomic push handle, you can easily move the equipment.
Fashion light strips: Lights up as soon as it's turned on, enhancing visual recognition.
Silent wheel: With the ergonomic push handle, you can easily move the equipment.
Fashion light strips: Lights up as soon as it's turned on, enhancing visual recognition.
The Principle of Picosecond Laser Tattoo Removal
The core principle is using ultra-short pulses of light to shatter tattoo ink particles into dust so tiny that the body can remove them easily.
The Revolution: Picosecond Technology
Pulse Duration: pulses measured in picoseconds (ps), 1,000 times faster than a nanosecond.
Photomechanical Shattering: The pulse is so fast it doesn't heat the surrounding skin.
Particle undergoes rapid thermoelastic expansion – vaporizes and shatters under stress.
Clean break into microscopic dust like hitting glass with a lightning-fast hammer.
The Problem with Older Technology (Nanosecond Lasers)
Longer pulses primarily worked through photothermal action (heat).
Created a lot of residual heat, damaging surrounding skin tissue.
Increased recovery time and raised risks of scarring and hypopigmentation.
3 Wavelength Therapy
532nm: For pigmentation, light pigmentation, red, coffee, brown, tattoos, birthmarks.
755nm: Honeycomb design for pigmented lesions.
1064nm: For all spots and black, blue, and green tattoos.
Adjustable Spot Size & Precision
Equipped with adjustable spot sizes ranging from 2mm to 10mm to meet different treatment needs. Users can flexibly adjust the spot size according to specific circumstances to ensure the best results. This function improves targeted treatment, makes the process more efficient, and reduces unnecessary damage to surrounding tissues.
755nm HoneyComb Probe
Professional for pigment removal and face speckle spot removal.
High-Power Imported Modules
Easily achieve pulse widths of 350ps or shorter.
Ensure peak power and pulse width stability.
Excellent heat dissipation structure and energy management system.
7-Joint Light Guide Arm
Equipped with a 7-joint light guide arm, ensuring a flexible and efficient treatment experience. Allows the laser to be accurately irradiated to various angles and parts, making it easy to treat hard-to-reach areas. Improves accuracy and minimizes impact on surrounding tissues.
Technical Specifications
| Product Name | Permanent Tattoo Removal picosecond laser |
| Wavelength | 532nm/1064nm/755nm |
| Single pulse energy | 1000mj(1064nm); 800mj(532nm) |
| Pulse width | 550ps |
| Frequency | 1-15HZ |
| Spot Size | 2-10mm adjustable |
| Aim Beam | red diode laser |
| Beam transmission | 7 particular-arm of light guide transmitting |
| Wattage | 2000w |
| Voltage | Ac220/110v±10%, 50/60HZ |
Frequently Asked Questions
Q1: How does picosecond technology differ from traditional lasers?
Unlike older nanosecond lasers that rely on heat to break down ink, picosecond technology uses ultra-short pulses to create a photomechanical effect, shattering particles into tiny dust without damaging the surrounding skin.
Q2: What can the 532nm and 1064nm wavelengths treat?
The 532nm wavelength is ideal for red, coffee, and brown pigments, while the 1064nm wavelength is specialized for dark colors like black, blue, and green tattoos and spots.
Q3: Is the treatment safe for all skin areas?
Yes, the 7-joint light guide arm provides extreme flexibility, allowing for accurate treatment even in hard-to-reach areas while minimizing impact on surrounding tissues.
Q4: Why is the HoneyComb probe important?
The 755nm HoneyComb probe is specifically designed for professional pigment and face speckle removal, offering a targeted approach for clearer skin results.
Q5: Is there a long recovery time?
Because picosecond pulses are so fast, they avoid excessive heat buildup in the skin. This significantly reduces the risk of scarring and leads to faster recovery compared to older technologies.
Q6: Can the treatment be customized?
Absolutely. With adjustable spot sizes from 2mm to 10mm and multiple wavelengths, the treatment can be precisely tailored to handle everything from delicate spot treatment to large-area skin repair.
