Multiple wavelength laser workstation

A laser workstation comprising a first laser and a second laser, wherein the first laser and the second laser are driven by a single electronics drive system comprising a single energy storage network connected to a first laser pump chamber and connected to a second laser pump chamber, wherein the first laser pump chamber is operative to excite a first laser medium and the second laser pump chamber is operative to excite a second laser medium.

A method of treating a skin problem comprising the steps of:

• providing a laser device comprising a laser workstation comprising a first laser and a second laser, wherein the first laser and the second laser are driven by a single electronics drive system comprising a single energy storage network connected to a first laser pump chamber and connected to a second laser pump chamber, wherein the first laser pump chamber is operative to excite a first laser medium and the second laser pump chamber is operative to excite a second laser medium;
• and
• treating an area of skin affected by a skin problem by using the laser device to apply laser energy from the first laser at a first wavelength to the area of skin affected by a skin problem and using the laser device to apply laser energy from the second laser at a second wavelength to the area of skin affected by the skin problem.

A method of treating a vascular legion comprising the steps of:

• providing a laser device comprising a laser workstation comprising a first laser and a second laser, wherein the first laser and the second laser are driven by a single electronics drive system comprising a single energy storage network connected to a first laser pump chamber and connected to a second laser pump chamber, wherein the first laser pump chamber is operative to excite a first laser medium and the second laser pump chamber is operative to excite a second laser medium;
• and
• treating a vascular legion by using the laser device to apply laser energy at 595 nm from the first laser to the vascular legion and using the laser device to apply laser energy at 1064 nm from the second laser to the vascular legion.