Aesthetic laser apparatus for performing treatment by irradiating a human skin to be treated by a variable pulsed laser beam

A laser surgical apparatus for performing treatment by irradiating a part to be treated by a variable pulsed laser beam comprising:

• a. a laser source that emits optical energy at a laser wavelength, wherein the absorption of said laser wavelength in water is at peak absorption and said laser wavelength is in a range of 2,700 nm to 3,500 nm:
• and
• b. an optical treatment system that delivers an optical beam emitted from said laser source to a target area of human living tissue said optical treatment system comprising a fiber optic and
• c. an optical treatment system that delivers optical beam emitted from the said laser source to a target area of human tissue, said optical treatment system comprising an adjustment mechanism to the laser beam to deliver a plurality of pre-programed pulses with set time space between them delivered at the location of the treated skin with each pulse having a different pre-programmed fluence value per pulse.

A method for laser surgery for performing treatment by irradiating a part to be treated by a variable pulsed laser beam comprising:

• a. a laser source that emits optical energy at a laser wavelength, wherein the absorption of said laser wavelength in water is at peak absorption and said laser wavelength is in a range of 2,700 nm to 3,500 nm;
• and
• b. a fractional optical treatment system that delivers an optical focused beam emitted from said laser source to a target area of human living tissue, said fractional optical treatment system comprising an adjustment mechanism that adjusts one or more parameters of said optical beam selected from the group consisting of a size of the optical beam at the human tissue surface, a treatment density adjustments and group shapes at the human skin surface;
• and
• c. a fractionated optical treatment system that delivers an optical focused beam emitted from the said laser source to a target area of the human living tissue, said fractionated optical treatment system comprising an adjustment mechanism to place the said optical focused beam on the target area of the human tissue in a randomized order;
• and
• d. a fractionated optical treatment system that delivers optical beam emitted from the said laser source to a target area of human living tissue, said optical treatment system comprising an adjustment mechanism to the laser beam to deliver a plurality of pre-programed pulses with set time space between them delivered at the same location of the treated human tissue with each pulse having a different pre-programmed energy value per pulse.