Laser hair removal
with the diode laser
Laser hair removal in Mannheim
One of the most well-known and effective laser technologies for permanent hair removal is the diode laser – of course, also at Haarfreiheit.
Laser hair removal with the diode laser
Method of hair removal with laser
The diode laser is one of the many technologies we can offer you at our institute in Mannheim for laser hair removal. The diode laser technology uses focused light pulses, unlike other light-based hair removal methods.
The specific wavelength of the diode laser
The specific wavelength of light gives the diode laser 808 its name, as the wavelength in contrast to other techniques is 808 nm. Due to the focused light, each hair follicle can be treated precisely and effectively. The treatment for permanent hair removal with the diode laser is very gentle and only carries a very low risk of burns. Frequency pulses and low energy consumption ensure a safe treatment for laser hair removal with this system.
How does the diode laser work?
The in all hair roots contained protein drives the hair growth. During a treatment with a diode laser warmth occurs. It destroys those protein cells, which are capable for the nutrition of every hair. The hair roots now lack the needed nutrients for the growth and don’t appear again after the treatment. Many methods for a permanent hair removal with laser are based on this principle.
The specific process for a treatment
Customer experiences with the diode laser
The experiences of our customers during a treatment with the diode laser in Mannheim are very positive. Due to the precise treatment with the laser, each session is very effective. Customer satisfaction is paramount. Therefore, the skin and also the hair are individually examined in advance, as there are unique characteristics to be taken into account in each case. Only then can a coordinated and professional laser hair removal take place.
Body & hair
What happens in your body during laser hair removal?
Due to the light waves the temperature in each hair root rises. As a result the protein, which is responsible for the hair growth, denatures. Once the hair follicles are not supplied anymore with needed nutrients, they are falling out and cannot regenerate themselves anymore.
The wavelenght of 808 nm has another advantage: The generated heat only reaches the skin areas which are occupied with hair papillae. Therefore, the remaining skin layers are not damaged. Additionally the neighbouring tissue is generally spared and also blood is not impaired, because the haemoglobin – the blood containing dye – does not react to the specific wavelength of the diode laser.
What do you have to notice?
In Mannheim, we offer an effective hair removal treatment based on the hair growth cycle. For optimal results, it’s crucial that the hairs are in their growth phase during the treatment, as this ensures that the light pulses can reach the hair follicles. Only in this active phase are the hairs connected to their roots and can be efficiently treated. To achieve permanent hair removal with the laser, multiple sessions are usually required. This is necessary to ensure that all hairs are treated in the correct phase. Our experts in Mannheim are at your service to provide comprehensive advice and discuss your individual needs.
Your expert for laser hair removal
Safety for your treatment
Safety is particularly important regarding laser technology. Laser hair removal treatments are therefore only carried out by trained staff from the medical and cosmetic fields. Our experts regularly undergo training courses on safety when using the laser and on the effects on the skin and hair. Medical expertise is also an important issue. Because you should always feel well looked after and safe with Haarfreiheit.
Free consultation for laser hair removal with diode laser
Are you interested in having your hair removed using laser technology? Then arrange your personal and free consultation appointment for laser hair removal in Mannheim. We look forward to your visit and will be happy to answer all your questions on this topic. There you will also find all the details about the expected costs.