What is an excimer laser?

Laser Excimer is a laser that produces energy in the ultraviolet spectrum. This type of laser has a number of applications, one of the most famous uses in non -nottalmological procedures such as Lasik's eye surgery. The earliest versions of Excimer lasers were developed in the 70s in Russia and 80. The potential applications of this laser in surgery were recognized. Regulatory agencies approved a number of excimer laser designs for use in eye surgery.

The laser contains a mixture of gases that are excited by electricity for the production of dimer, the type of pseudo -leaf. The term "Excimer Laser" is derived from the "excited dimer". Excimer Laser is a type of cold laser, which means that it does not generate heat and can be highly accurate, which is decisive for operations in which fine detail is required. When objects are targeted by an excimer Laser, they cannot absorb energy and, as a result, the upper layer of the building will begin to decompose. Thenergy is rapidly distracting and limiting the risks of the persistentradiation. While the actual process sounds somewhat brutally, as described, the Excimer laser can be firmly inspected to target the desired area without causing residual damage. Before the operation, the laser is always carefully calibrated and checked to confirm that it is in operation, to reduce the risks to the patient.

Of course, there is a risk for surgery with Excimer Laser. Although technology is constantly improving, things can still go wrong, or the surgeon may not be fully competent with the laser, which could endanger the patient. For this reason, it is important to read thoroughly and cross the informed consent form signed before the surgery to understand the known risks associated with the laser. Patients may also want to consult North Doctors to learn about various available technologies in order to make an informed choice of which option may be for their POThe best consumption.

These lasers are also used in the production of semiconductors, material processing and material marking. The same accuracy that is valuable in eye surgery is also important for gently detailed production tasks. Cool aspect of the laser is also important because it means that the materials can be handled at minimal risk of damage. Other types of lasers will heat the material while working, which can lead to deformations that threaten the integrity of the finished product.