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IPL Hair Removal Device

IPL Hair Removal Device
  • Pain-free experience, more comfortable.
  • Suitable for all skin types.
  • Germany imported Heareus xenon lamp.
  • Imported sapphire crystal, best handle cooling.
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What is the intense pulse laser?

Intense pulsed light is a technology harnessing specific light wave energy to treat and enhance the skin. Its principle is founded on the interaction between light and tissue, operating through the following mechanisms:
  • Light Absorption: DPL devices emit light energy within specific wavelengths. This light is absorbed by pigments in the skin, such as melanin, or by hemoglobin in blood vessels. Once absorbed, the light energy is transformed into heat energy, which then inflicts thermal damage on the tissue.
  • Thermal Damage and Regeneration: The thermal damage induced by the heat energy triggers the growth and repair mechanisms of the skin tissue. This process aids in eliminating hyperpigmentation, acne scars, and other skin tone ā€“ unevenness issues from the skinā€™s surface.
  • Stimulates Collagen Synthesis: The heat generated by DPL within the skin also spurs collagen synthesis. Collagen, being the primary structural protein of the skin, its synthesis contributes to enhancing the skinā€™s elasticity and firmness.
What is the intense pulse laser?

How the intense pulsed light works?

Melanin in the hair absorbs light energy, converting it to heat. This heat travels through the hair shaft to the hair papilla, damaging capillaries and causing them to atrophy. The nutrient supply to the hair follicle is cut off, resulting in hair removal.
Principle of Hair Removal
Principle of Hair Removal
Intense pulsed light targets skin lesions, where melanin absorbs the light, converting it to heat. This photothermal effect causes melanin to coagulate, darken, and rise to the surface. As the skin metabolizes, the pigment scabs off, eliminating spots. Normal skin remains unharmed due to minimal light absorption and epidermal cooling.
Principle of Spot Removal
Principle of Spot Removal
IPL redness removal works by emitting light pulses absorbed by skin tissue. The absorbed light energy converts to heat, damaging capillaries. Hemoglobin, particularly oxyhemoglobin, absorbs specific wavelengths, causing erythema to fade as the hemoglobin absorbs the energy.
Redness Removal Principle
Redness Removal Principle

Light pulse hair removal structural compone

Light pulse hair removal structural compone-1
Light pulse hair removal structural compone-2

1.treatment handle   2.Colour touch screen   3.key switch  4.Handle insert Shell   5.Mute casters

6.Switching Power Supplies   7.spillway   8.power plug   9. watering hole   10.water outlet

Scope of pulsed light hair removal application

  • DPL Precision Skin Rejuvenation: Improvement of facial flushing, redness caused by dilated capillaries, freckles, pitting age spots, etc.
  • Hair removal: hairline, face, lip hair, neck, arms, hands, body, bikini area, legs, feet.
Intense pulsed light hair removal has photothermal and optical effects. The photothermal effect ages part of the dermis, coagulates collagen, stimulates fibroblasts and promotes new subcutaneous collagen. The optical effect rearranges deep ā€“ layer collagen and elastin fibers, restores skin elasticity, enhances vascular function, maintains skin metabolism, making skin hydrated, delicate, elastic, and achieving precise skin rejuvenation.
Scope of application

Pulse light hair removal machine parameter

spectral range
530-1200nm 640-1200nm
Spot size
14*40mm Full Band
display screen
11.6 HD Capacitive 1080P Colour Screen
energies
1-50J/cmĀ²
power supply
2000W
hernia light
Imported Hernia Lamp
Therapeutic head temperature
Minimum -10Ā°C
refrigeration system
Semiconductor + water circulation + fan + aluminium radiator
power supply
AC220V 50Hz or AC110V 60Hz
Package Size
50cm*59cm*126cm

Intense pulsed light before and after

  • Removing epidermal hyperpigmentation, freckles, age spots, etc.
  • Brighten skin color.
  • Remove acne and acne marks.
  • Remove redness.
  • Remove unwanted body hair, such as arms, legs, underarms, bikini area, etc.
Intense pulsed light before and after

FAQ

  1. Is the IPL hair removal safe to use?
    Yes, the IPL laser is safe when used as directed. It targets melanin in the hair while minimizing impact on surrounding skin, especially with built-in cooling technology to protect the epidermis.

  2. How long does it take to see results?
    Results vary, but most users notice a reduction in hair growth after 3-4 treatments. Full results typically require 6-8 sessions, spaced 2-4 weeks apart.

  3. Can the intense pulsed light therapy be used on all skin tones and hair colors?
    The IPL treatment works best on light to medium skin tones with dark hair, as the contrast allows melanin to absorb more light energy. It is less effective on very light, gray, or red hair.

  4. Does the IPL laser hair removal hurt?
    Most users experience minimal discomfort, often described as a warm sensation or slight snapping feeling. Cooling technology helps reduce any discomfort during treatment.

  5. How often should I use the IPL hair removal device?
    For optimal results, use the device once every 2-4 weeks. Overuse is not recommended, as hair grows in cycles and needs time to respond to treatment.

  6. Can I use the IPL photofacial on my face?
    Yes, but only if the device is specifically designed for facial use. Always follow the manufacturerā€™s instructions and avoid sensitive areas like the eyes.

  7. Are the results of IPL laser machine permanent?
    Pulsed light treatment significantly reduces hair growth, but maintenance sessions may be needed over time to address any regrowth.

  8. What should I do after the intense pulsed light treatment?
    Shave the treatment area before use (do not wax or pluck). After treatment, avoid sun exposure, hot showers, and harsh skincare products for 24-48 hours.

  9. Can I use the IPL laser hair removal device on tattoos or dark spots?
    No, avoid using the device on tattoos, dark spots, or moles, as the light energy can cause irritation or damage to pigmented areas.

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