Picosecond Q Switched Laser 1064nm 532nm 755nm Tattoo Removal Machine

• Customization: Available
• Type: Laser Beauty Equipment
• Theory: Laser
• Model NO.: GMS-Q6
• Portable: Portable
• Light Source: ND:YAG Solid Laser
• Wavelength: 1064nm&532nm& 1320nm 755nm Upgraded
• Laser Head: 4 Heads
• Standard: 755nm &1064nm & 532nm& 1320nm
• Optional: Spot Size Adjustable 532nm&1064nm
• Power: 2000W
• Frequency: 1-10Hz Adjustable
• Spot Size: 2-10mm Adjustable
• Power Output: 100-2000j / Cm2
• Cooling System: Water Cooling + Air Cooling
• Electrical Requirements: 100-240VAC, 20A Max., 50/60Hz
• Treatment Head: 2 PCS Standard,
• Application 1: Carbon Peeling Laser Skin Rejuvenation
• Application 2: Eyebrows Removing
• Appliation 3: Pigmentation Freckles Removing
• Transport Package: Alu
• Specification: Machine: 110x95x52cm 99kg Arm: 90x29x15cm 8kg
• Trademark: GOMECY
• Origin: Beijing
• Production Capacity: 500pieces/Month

Product Description

Picosecond Q Switched Laser 1064Nm 532Nm 755Nm Tattoo Removal Machine

Product Description

Treatment Principle

A picosecond laser operates on the principle of generating extremely short pulses of light, typically on the order of picoseconds (one trillionth of a second, or 10−1210^{-12}10−12 seconds). Here's a breakdown of its working principle:

1. Pulse Generation:

• Mode-Locking: The key to generating such short pulses is a technique called mode-locking. In a mode-locked laser, multiple longitudinal modes of the laser cavity are phase-locked together, which results in the interference of these modes to produce a series of very short pulses. These pulses are spaced by the round-trip time of light within the laser cavity.
• Gain Medium: The laser uses a gain medium (such as a crystal, glass, or fiber) that is excited by a pump source (like a diode laser) to produce light through stimulated emission.
• Pulse Compression: In some systems, external pulse compression techniques are used to further shorten the pulses.

2. Short Pulse Duration:

• Picosecond Duration: The duration of these pulses is in the picosecond range, which is achieved by precisely controlling the dispersion and nonlinear effects within the laser cavity. The short duration of the pulses allows for high peak power while maintaining low average power, minimizing heat accumulation in the material being processed.

3. High Peak Power:

• Intensity: Because the energy of the laser pulse is confined to such a short duration, the peak power (power per unit time) of a picosecond laser can be extremely high, even if the total energy of each pulse is relatively low.
• Nonlinear Effects: The high peak power enables the laser to induce nonlinear optical effects in materials, such as multi-photon absorption, which can be used for precise material processing or medical applications.

4. Applications:

• Material Processing: The high peak power and short pulse duration allow for precise material ablation with minimal thermal damage to surrounding areas. This makes picosecond lasers ideal for micromachining, cutting, engraving, and surface texturing.
• Medical Treatments: In dermatology, picosecond lasers are used for tattoo removal and skin rejuvenation due to their ability to break down pigments and stimulate collagen production with minimal damage to surrounding tissues.
• Scientific Research: Picosecond lasers are also used in time-resolved spectroscopy and ultrafast phenomena studies, where precise control over pulse timing is essential.

5. Output Control:

• Wavelength: The output wavelength can be tuned depending on the gain medium and the optical components used in the laser cavity. Some systems allow for frequency doubling, tripling, or other nonlinear conversions to produce different wavelengths.
• Repetition Rate: The repetition rate, or how frequently pulses are emitted, can be controlled by adjusting the cavity length or using external modulators.

In summary, picosecond lasers rely on mode-locking techniques to generate extremely short pulses of light with high peak power. Their ability to deliver energy in such short bursts makes them valuable for applications requiring precision and minimal thermal effects.

Advantages

Picosecond lasers are advanced laser systems that emit ultra-short pulses, typically in the picosecond range (one trillionth of a second). These lasers are commonly used in various medical, aesthetic, and industrial applications. Here are some key advantages of picosecond lasers:

1. Precision and Minimal Damage
High Precision: The ultra-short pulses allow for extremely precise targeting of tissues or materials, minimizing damage to surrounding areas.
Reduced Thermal Damage: The brief pulse duration reduces heat buildup, lowering the risk of thermal damage to surrounding tissues. This makes it ideal for delicate procedures.

2. Effective for Pigment Removal
Tattoo Removal: Picosecond lasers are highly effective in breaking down tattoo pigments, including stubborn colors like green and blue, which are difficult to treat with traditional lasers.
Pigmented Lesions: They are also used to treat pigmented skin lesions such as melasma, sun spots, and age spots with higher efficacy and fewer treatments compared to other laser types.

3. Improved Skin Rejuvenation
Collagen Stimulation: Picosecond lasers can stimulate collagen production, leading to improved skin texture, reduced fine lines, and a more youthful appearance.
Scar Treatment: They are effective in treating acne scars and other types of scarring by remodeling the skin and promoting healing.

4. Faster Results
Fewer Treatments Required: Due to the laser's effectiveness, patients often require fewer treatment sessions to achieve desired results, particularly for tattoo removal and skin pigmentation issues.
Quicker Recovery: The reduced thermal damage also means a shorter recovery time, with less redness, swelling, and discomfort post-procedure.

5. Versatility
Multi-Application Use: Picosecond lasers can be used for a wide range of dermatological and aesthetic procedures, including skin resurfacing, wrinkle reduction, and even treatment of certain vascular lesions.
Adaptability: Different wavelengths can be used with picosecond lasers to target various skin conditions, making it a versatile tool in medical and aesthetic practices.

6. Safe for Different Skin Types
Broad Suitability: Picosecond lasers are generally safe for use on different skin types, including darker skin tones, with a lower risk of hyperpigmentation compared to other lasers.

7. Reduced Risk of Side Effects
Minimal Scarring: Due to the precision and reduced thermal effect, the risk of scarring is significantly lower, making it a safer option for patients concerned about post-procedure marks.
Fewer Adverse Reactions: The advanced technology behind picosecond lasers results in fewer side effects, such as hyperpigmentation, hypopigmentation, and blistering.

Overall, the advantages of picosecond lasers make them a preferred choice for a variety of applications where precision, efficacy, and safety are paramount.

Applications:

  

1. It is used in the removal of tattoos in any colors
2. Treatment of benign moles
3. Sun and age spots
4. Treatment of melasma
5. Hormonal stains (pregnancy, birth control pills, etc.)
6. Treatment of hyperpigmentation
7. Treatment of capillary vessels
8. Skin resurfacing and rejuvenation
9. Removal of acne scars

Features:

1. South Korea imported 7 joint articulated arm
360 treatment without dead angle and ensure the highest energy output and minimum energy loss during laser transmission

2. Variety of Wavelengths and handpieces Available
1064nm: Dermal pigment lesions and dark color tattoo removal
532nm: Epidermal pigment lesions,red, yellow, coffee tattoo removal
Honeycomb Handpiece: wrinkle removal and skin rejuvenation

3. High peak power
1200mj High single pulse energy means a strong ability to crush the pigment to make it the bane of full range of pigmentations

4. Aming beam(635nm)
For targeted and precise treatment

5. High-quality laser source
The USA imported Q-switch and laser bar.

6. Short pulse width
Efficient destruction of the target pigment with minimal collateral thermal damage meeting the criteria of selective photothermolysis

7. Flat-top hat Beam
Ensure that the energy is delivered efficiently to maximize effect while minimizing damage to surrounding tissue

8. 2-10mm adjustable spot size.
Energy density is automatically adjusted with spot size

Technical Parameters

Model	GMS-Pico Q6
Laser Type	Electro-optical Q-switched Nd Yag laser
Width of pulse	450ps, 600ps, shooting 6ns-8ns
Wavelength	1064nm,532nm
Pulse Energy	≤1300mj@1064nm/≤550mj@532nm
Genesis mode	15000mj/cm²
PTP mode	50% energy increasing
Aiming Beam	Diode 655nm(red)
Frequency	1-10Hz
Diameter of spot	2~10mm Adjustable
Light transmission way	7 Joints arm import from Korea
Cooling System	Closed-off water circulation + Wind cooling
Voltage	AC220V±10%50HZ,110V±10%60HZ
Net Weight	103kg+4.7kg
Dimension	96*90*50cm 73*37*18cm

Key attributes

Industry-specific attributes

Feature	Pigment Removal, Dark Circles, Skin Tightening, Pore Remover, Blood Vessels Removal, Other, Whitening, Hair Removal, Face Lift, Acne Treatment, Wrinkle Remover, Skin Rejuvenation, Breast Enhancers, Pigmentation Correctors, Tattoo Removal, LIP PLUMPER
After-sales Service Provided	Free spare parts, Online support, Video technical support
Warranty	1 years

Other attributes

Place of Origin	Beijing, China
Type	laser
Application	For Commercial
Brand Name	GOMECY
Model Number	GMS Q6
Q-Switch	Yes
Laser Type	PICOSECOND Laser
Service	OEM, ODM

Application	For Commercial
Wavelength	1064nm/532nm/1320nm/755nm (Upgraded)
Function	Tattoo Removal, Skin Rejuvenation, Carbon Peeling Skin Whitening
Cooling system	air+ closed water circulation cooling
Diode laser Energy density	2000VA
Frequency	1-10Hz Adjustable

Detailed Photos

Before & After
Picosecond Q Switched Laser 1064Nm 532Nm 755Nm Tattoo Removal Machine