The popularity of laser treatments for aesthetic improvement is seeing dramatic growth. With a long history of use through the medical community for surgery, optometry, dentistry as well as other applications, the laser has been embraced through the dermatology and plastic surgery industry, taking over procedures as varied as hair removal, acne treatment, vein removal, tattoo removal, and skin rejuvenation.
For many procedures, lasers seem to be considered the minimally invasive alternative, yet there is still a push to use lasers that need even less downtime. Enter non-ablative lasers - technology that can provide dramatic skin rejuvenation results with minimal downtime.
Probably the best way to define non-ablative lasers is to first explain ablative lasers. The distinction between the 2 will be important for patients and doctors to understand because they select laser skin rejuvenation procedures.
Ablative lasers (for example CO2 lasers) use heat and light to vaporize damaged cells from the surface of the skin as well as to penetrate in to the deeper layers. Often generally known as "resurfacing," these ablative treatments can improve skin texture, smooth moderate wrinkles, and correct pigmentation problems.
Non-ablative lasers use light to penetrate beneath the skin without removing outer layers. The most common kinds of non-ablative lasers are IPL (Intense Pulsed Light), BBL (Broad Based Light) and fractional laser. When delivered to the dermis, the laser energy encourages the production of collagen and makes it possible for skin renewal from within. Non-ablative lasers can treat age spots, acne, veins, redness, sun damage, minor wrinkles, scars, and poor skin texture.
During ablative laser treatments, patients often need to be sedated with local anesthesia. After the procedure, a healing period of several days to several weeks should be expected, during which there will be significant discomfort, swelling and scabbing. Patients should plan to take time off work.
Non-ablative lasers, in contrast, don't usually require downtime or recovery. Unlike ablative treatments, the non-ablative procedure isn't performed with general anesthesia or sedation, although some patients report minimal discomfort (often compared to the snapping of a rubber band) which can be mitigated with a topical anesthetic. Post-procedure discomfort is minimal. Patients are generally able to return to their daily activities immediately, although they might appear "flushed." Despite click the following website fact that the influence on the skin is less dramatic, non-ablative lasers remain able to achieve substantial improvement.
The selection of an experienced physician is as important with non-ablative lasers as it is with some other cosmetic treatment, regardless of the fact that they are minimally invasive. A doctor must possess the education and experience to ascertain candidacy and select from among the many products on the market. In actually performing the procedure, the physician has to be well-versed in the details and application of the laser technology to achieve improvement without damaging the skin. Patients should carefully review their physician's credentials ahead of selecting and embarking upon a photograph rejuvenation plan for treatment.
For many procedures, lasers seem to be considered the minimally invasive alternative, yet there is still a push to use lasers that need even less downtime. Enter non-ablative lasers - technology that can provide dramatic skin rejuvenation results with minimal downtime.
Probably the best way to define non-ablative lasers is to first explain ablative lasers. The distinction between the 2 will be important for patients and doctors to understand because they select laser skin rejuvenation procedures.
Ablative lasers (for example CO2 lasers) use heat and light to vaporize damaged cells from the surface of the skin as well as to penetrate in to the deeper layers. Often generally known as "resurfacing," these ablative treatments can improve skin texture, smooth moderate wrinkles, and correct pigmentation problems.
Non-ablative lasers use light to penetrate beneath the skin without removing outer layers. The most common kinds of non-ablative lasers are IPL (Intense Pulsed Light), BBL (Broad Based Light) and fractional laser. When delivered to the dermis, the laser energy encourages the production of collagen and makes it possible for skin renewal from within. Non-ablative lasers can treat age spots, acne, veins, redness, sun damage, minor wrinkles, scars, and poor skin texture.
During ablative laser treatments, patients often need to be sedated with local anesthesia. After the procedure, a healing period of several days to several weeks should be expected, during which there will be significant discomfort, swelling and scabbing. Patients should plan to take time off work.
Non-ablative lasers, in contrast, don't usually require downtime or recovery. Unlike ablative treatments, the non-ablative procedure isn't performed with general anesthesia or sedation, although some patients report minimal discomfort (often compared to the snapping of a rubber band) which can be mitigated with a topical anesthetic. Post-procedure discomfort is minimal. Patients are generally able to return to their daily activities immediately, although they might appear "flushed." Despite click the following website fact that the influence on the skin is less dramatic, non-ablative lasers remain able to achieve substantial improvement.
The selection of an experienced physician is as important with non-ablative lasers as it is with some other cosmetic treatment, regardless of the fact that they are minimally invasive. A doctor must possess the education and experience to ascertain candidacy and select from among the many products on the market. In actually performing the procedure, the physician has to be well-versed in the details and application of the laser technology to achieve improvement without damaging the skin. Patients should carefully review their physician's credentials ahead of selecting and embarking upon a photograph rejuvenation plan for treatment.