Rosacea is a chronic skin condition which expresses itself in redness on the face and sometimes on the neck and chest. The exact cause of Rosacea is yet unknown and many who are affected by it are unaware of their condition.

Rosacea can be effectively treated using Intense Pulsed Light (IPL). IPL uses controlled light in specific wavelengths to alleviate the inflammation, redness, pimples and uneven skin tones caused by the condition. IPL offers a gentle, long-lasting solution for those suffering from Rosacea by providing a gradual and natural improvement to the skin’s appearance.

Scars result from a chaotic wound healing response leaving behind fibrotic tissue due to irregular collagen formation. There are different types of scar including atrophic, hypertrophic, contracture and keloid scars. Available scar revision therapies depend on the type of scar, and range from topical creams for mild scarring, to grafting in the case of large, traumatic scars. Laser scar revision is an effective method for treating a wide range of scars that improves skin texture and pigment as well as functional aspects.

For acne and some surgical scars (see also Acne Scars Treatment), fractional skin resurfacing can effectively treat textural and pigment concerns. IPL can also be used to decrease pigmentation and vascular effects. Scars caused by burns and other traumatic injuries are more complicated in nature and can negatively affect the quality of life due to disfigurement, pain, bleeding, pruritis (itching) and restricted range of motion. Fractional ablative laser resurfacing has been proven to effectively treat such scars and provide consistent and significant functional improvement as well as measurable cosmetic benefits.

Skin toning refers to the use of Q-Switched lasers for non ablative skin rejuvenation. This term is more common in Asian countries. In skin toning, multiple passes of low-dose Q-Switched Nd:YAG are delivered through a large spot size to induce sublethal injury to melanosomes causing fragmentation and rupture of melanin granules into the cytoplasm. This effect is highly selective for melanosomes and leads to overall skin brightness. Moreover, the subthreshold injury to the surrounding dermis stimulates the formation of collagen that results in tighter skin.

Tattoo inks are made of solid colored particles, which can be targeted and eliminated by dedicated lasers in the similar manner as pigmented lesions. Different tattoos might require different types of laser in order to remove them, depending on the type of ink, the color, and the depth of the tattoo. Q-Switch lasers release high-powered pulses of extremely short duration. The intense and rapid heating induced by light absorption leads to a photo-thermal effect. As the chromophore is heated, it undergoes sudden thermal expansion generating shock waves audible as a popping sound with each laser pulse. This photo-acoustic effect generates forces that allow fragmenting tattoo pigment particles. The pigment treated this way gradually becomes shallower over time until it fades away. The peripheral tissues remain unaltered making the treatment selective and safe.

Leg veins, spider veins and other visible benign vascular lesions are common aesthetic conditions for which patients seek treatment for both medical and cosmetic reasons. Lasers and other light based technologies enable effective treatment of leg veins and vascular lesions by inducing vessel collapse through coagulation with minimal damage to adjacent structures.

A mutual collaboration with leading experts resulted in the development of FemTouch™ – a vaginal laser procedure driven by practitioners and women’s needs

Aesthetic treatments enabled by Lumenis laser devices allow doctors to provide a variety of treatments with outstanding results

A diode laser uses semiconductor technology that produces coherent projection of light in the visible to infrared range. It uses a light beam with a narrow spectrum to target specific chromophores in the skin. Compared to other laser systems such as the Ruby and Alexandrite, the 800nm diode laser wavelength offers the deepest penetration levels and superior melanin absorption. These unique characteristics make the diode laser the most suitable technology for laser hair removal, enabling safe and effective treatment of all skin and hair types, in all body areas.

Intense Pulsed Light (abbreviated IPL) describes the use of intense pulses of non-coherent light distributed over a range of wavelengths; from 400nm to 1200nm. The technology utilizes specific wavelength ranges to target various chromophores in the skin. This enables effective treatment of a broad spectrum of conditions, including vascular and pigmented lesions, skin photoaging treatments and hair removal.

An Nd:YAG laser is a solid state laser capable of producing a near-infrared wavelength that penetrates deep into the skin and is readily absorbed by hemoglobin and melanin chromophores. The lasing medium of Nd:YAG (Neodymium-doped Yttrium Aluminum Garnet) is a man-made crystal (solid state) that is pumped by a high intensity lamp and placed into a resonator (a cavity capable of amplifying the power of the laser). By creating a variable long pulse duration and an appropriate spot size, it is possible to significantly heat deep skin tissues, such as large blood vessels and vascular lesions.