LASER HAIR REMOVAL PERMANENT HAIR FREE 

HOW DOES DIODE LASER WORK?

• Diode lasers use a specific wavelength of light that is absorbed by the pigment in hair.

• The light energy is converted into heat, which damages the hair follicle.

• The hair follicle is responsible for producing hair, so when it is damaged, hair growth is stopped.

• During the treatment, you may feel a slight warmth or stinging sensation. We use a powerful cooling machine that may be used to cool the skin and reduce discomfort.

WHAT CAN BE TREATED?

Diode laser hair removal is a safe and effective treatment for most people, and the whole body can be treated

HOW MANY TREATMENTS?

On average, 6-8 sessions are required.

This varies from person to person due to the different hair and skin types:

- For light, red and gray hair, more treatments are needed. The effect on the latter depends on whether there is pigment in the hair root.

HOW OFTEN?

• Face: Every 3-5 week
• Body: Every 4-8 week, depending the treated area.

Your will get more information about this from your therapist during your consultation.

IS IT 100% PERMANENT?

Laser hair removal is not 100% permanent, but hair growth is reduced by 80-98% and the remaining hairs become thinner and lighter. It also removes all ingrown hairs and inflamed hair follicles. 

WHO CAN NOT BE TREATED?

• Sunburnt or recently operated areas: The skin in these areas is more sensitive and can be more easily damaged by laser treatment.
• If you have used a tanning bed in the past 2-4 weeks: The laser can interact with the tanning bed chemicals and cause skin irritation or pigmentation changes.
• Tattooed skin: The laser can damage the tattoo ink and cause scarring.
• Pregnant women: The safety of laser treatment during pregnancy has not been established.
• Diabetes: People with diabetes may have impaired wound healing, which can increase the risk of complications from laser treatment.
• Skin areas with psoriasis: The laser can trigger a flare-up of psoriasis.
• Skin areas with eczema: The laser can irritate the skin and make eczema worse.
• Skin areas with dermatitis: The laser can further inflame the skin and make dermatitis worse.
• If you are taking medications that increase light sensitivity: These medications can make the skin more susceptible to laser damage.
  

It is important to consult with a qualified laser technician before undergoing treatment to discuss your individual risks and benefits.

BENEFITS OF DIODE LASER

• Diodelaser opererer med en optimal bølgelengde til hårfjerning som igjen gjør at laserstrålen vil nå ned til de dypere hårrøttene. Dette betyr at diodelaser kan ødelegge hårrøttene der IPL kun får hårene til å falle ut.

• Ikke samme risiko for pigmentforandringer som IPL gir.'

• Ved å bruke diodelaser til hårfjerning betyr dette for kunden mindre behandlinger og igjen en lavere kostnad enn ved bruk av IPL.

• Diodelaser er laget kun for å fjerne uønske hår og derfor er den eksakte bølgelengden i laserlyset optimalt for å treffe hårsekkenes pigmenter.

• Rask levering av ´´skudd´´, gir raskere behandling og mindre smerte.

• Nedkjøling av huden som gjør behandlingen mer behagelig.

• Færre behandlinger, normalt 4-8 motsetning til IPL 6-10.

• Kan behandle mørke hudtyper.

WHY WE DON`T USE IPL

• When using IPL for hair removal, the light does not penetrate deep enough into the skin. So the hair follicles located deeper in the skin will not be treated, which in turn leads to a less desirable effect.
• Increased risk of skin burns.
  
• Often a more painful treatment for the client, as most IPLs do not have cooling.
• Less effective than with a diode laser due to the broad spectrum of light delivered by IPL.
• Cannot treat darker skin types as this poses a high risk of pigmentation changes and skin burns.
• Cannot treat light/gray hair (this also applies to some extent to diode lasers).
• Patients often need many more IPL treatments to achieve the desired result.

DEFINITIONS

Laser is an acronym for Light Amplification by Stimulated Emission of Radiation.

In other words, it is called light amplification by stimulated emitted radiation.

This can be simply explained as the use of laser to synchronize radiation to a specific wavelength to achieve maximum effect.

IPL stands for Intense Pulsed Light.

It is a technology that uses different wavelengths of light, which are emitted in an uneven pattern similar to that of a regular lamp. In other words, IPL is not a laser, even though most sellers market it to customers as a laser treatment.