The principle of 808 diode laser hair removal is based on selective photothermolysis, a process that targets and destroys hair follicles while leaving the surrounding skin and tissues unharmed. The 808 diode laser is a specific type of laser technology used for hair removal and has gained popularity due to its effectiveness and safety.
Melanin Absorption: The 808 diode laser emits a specific wavelength of light (around 808 nanometers) that is highly absorbed by the melanin pigment present in the hair follicles. Melanin is the dark pigment responsible for hair and skin color.
Targeting Hair Follicles: When the 808 diode laser is applied to the skin, the melanin in the hair follicles absorbs the laser energy. As a result, the laser energy is converted into heat energy, which damages the hair follicles while leaving the surrounding skin tissues unaffected.
Selective Destruction: The principle of selective photothermolysis ensures that the laser targets only the melanin-rich hair follicles without damaging the surrounding skin. This is because the duration of the laser pulse is carefully controlled to match the thermal relaxation time of the target (hair follicle) while allowing the surrounding skin to cool down and remain undamaged.
Hair Follicle Damage: The absorbed laser energy heats up the hair follicle, effectively damaging its structure. This damage disrupts the hair growth process and inhibits further hair regrowth.
Hair Shedding: In the days and weeks following the treatment, the damaged hair follicles will begin to shed the treated hair. This is a natural process, and patients may notice hair falling out from the treated area.
Hair Growth Reduction: With each subsequent treatment session, the 808 diode laser progressively reduces the number of actively growing hair follicles in the treated area. The result is a significant and long-term reduction in hair growth.
Picosecond laser tattoo removal is an advanced tattoo removal technique that uses ultrashort pulses of laser light to break down tattoo ink particles into smaller fragments. The principle behind picosecond laser tattoo removal is based on the concept of selective photothermolysis, similar to other laser tattoo removal methods, but with even shorter pulse durations.
Ultrashort Pulses: The picosecond laser emits pulses of laser light in extremely short durations, typically in picoseconds (trillionths of a second). This ultrashort pulse duration allows for higher peak power and energy, which is crucial for effective tattoo ink fragmentation.
Selective Photothermolysis: The picosecond laser targets tattoo ink pigments specifically. When the laser light is applied to the tattooed skin, the high-energy pulses are absorbed by the tattoo ink particles.
Ink Fragmentation: The intense energy delivered in picoseconds creates a photomechanical effect, shattering the tattoo ink particles into tiny fragments. These smaller ink particles are now more manageable for the body's immune system to clear away.
Immune System Clearance: Once the ink particles are fragmented, the body's immune system recognizes them as foreign substances and starts the process of engulfing and eliminating them. The fragmented ink particles are then gradually removed through the lymphatic system.
Gradual Fading: Over several weeks following the picosecond laser tattoo removal treatment, the body continues to flush out the broken-down ink particles. As a result, the tattoo gradually fades with each session.
The picosecond laser technology offers several advantages over traditional Q-switched nanosecond lasers used for tattoo removal:
Faster Results: The shorter pulse durations of the picosecond laser allow for more effective ink shattering, leading to quicker clearance of tattoo ink.
Enhanced Efficacy: Picosecond lasers are effective for removing tattoos with stubborn or resistant ink colors that might be challenging for other lasers.
Reduced Side Effects: The ultrashort pulses minimize heat build-up in the skin, reducing the risk of side effects such as scarring or pigmentation changes.
Suitable for Various Ink Colors: Picosecond lasers can target a broader spectrum of tattoo ink colors, including darker colors like blue and green.
IPL hair removal machine<<<<<<<<<
1)IPL for Hair removal/Skin rejuvenation/Vascular Job/Pigmentation treatment/Acne clearance.........
*530nm for Acne removal
*480nm for Pigments therapy,Remove freckles,acne scars,sunburn spots,age Spots,facial blemish
*640nm for Hair removal (light skin)
Application of Bipolar RF:
1. Face lift 2. Skin rejuvenation
Product name | DIODE+OPT+RF+Nd Yag Laser Machine |
Technical parameters | |
Display | 10.4 inch touch screen |
Cooling method | water cooling + air cooling + semiconductor refrigeration |
Water flow detection | Yes |
Water temperature detection | Yes |
High pressure detection | Yes |
Total power | 2000W |
IPL parameter | |
Light window | 10*40mm |
Spectral range | 480--1200nm,530--1200nm,640--1200nm |
Cooling range | 1-5 files |
Energy | 1-50J/CM² |
Number of pulses | 1-5 |
Luminous delay | Luminous delay |
Pulse width | 1-10ms |
Pulse interval | 1-99ms |
SHR luminous frequency | 1-10HZ |
PICO /YAG Laser parameter | |
Wavelength | 532nm,1064nm,1320nm/755NM |
Pulse width | 10ns |
Energy | 100--1000mj |
Working frequency | 1-10Hz |
Spot diameter | 1-8mm |
Far infrared aiming light | Yes |
RF parameters | |
RF frequency | 5Mhz |
Probe size | 22mm,30mm,36mm |
Energy | 1-20 |
DIDOE Laser parameter |
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Function | Hair Removal, Tattoo removal, Skin rejuvenation, Whitening |
Cooling system | semiconductor refrigeration + water cooling + air-cooled constant temperature cooling |
Frequency | 1-10Hz adjustable |
Spot size | 15×30mm |