THE LATEST AND MOST MODERN TECHNOLOGY IN MEDICAL AESTHETICS – DEKA’S ALEXANDRITE LASER AGAIN.
Nd:YAG (1064nm) and Alexandrite (755nm)
PAINLESS AND SAFE
TREATING ALL SKIN TYPES AND COLOURS
AWARD WINNING AND FDA APPROVED
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our PREMIUM SKINCARE recommendations
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Limassol
nicosia
paphos
LARNACA
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Frequently asked questions
We are a group of Professional doctors and excellent trained staff with years of experience in the Medical Aesthetic market.
Throughout the years we have worked with many other aesthetic Medical lasers such as Candella and DEKA’S motus AX, thus understanding inside out the laser industry and the needs of our customers.
Now, In order to stay relevant and provide the best results and customer satisfaction we invested and UPGRADED to the latest and most modern technology in Medical aesthetics – DEKA’S Alexandrite laser AGAIN.
The AGAIN LASER uses THE MOVEO TECHNOLOGY that allows repetitive passes with low power pulses at very high frequency (5 Hz). The temperature required to destroy the hair follicle is achieved gradually and not instantly like the classic Alexandrite lasers, which is why it makes them so painful.
Given the effectiveness of the Alexandrite wavelength in destroying the follicle, patients can see the desired results in fewer sessions. Most Hair Removal Lasers work at a distance from the skin. This means that part of the energy is reflected by the outer layers of the skin and never reaches the follicle.
The moveo head with the innovative sapphire cooling system allows the Laser to come into direct contact with the skin. The result is twice the energy absorption without burning sensation.
The DEKA AGAIN Laser uses two different wavelengths, 755nm Alexandrite and 1064nm Nd:YAG. These wavelengths have different properties and are effective for treating different types of hair and skin.
- 755nm Alexandrite: Effective for treating fine and fair hair, as well as coarse and dark hair
- 1064nm Nd:YAG: Effective for treating all hair colors, including coarse and dark hair.Penetrates more deeply into the skin than Alexandrite, making it more effective for treating deep-seated hair follicles