Featured

Can You Use Pico Laser for Skin Issues Other than Tattoo Removal?

Have you heard about the innovative Pico Laser treatments? If not, you’re losing out big time since Pico laser therapy in Singapore is currently among the leading cosmetic procedures! It’s the current benchmark in face treatment that employs cutting-edge laser technology to remedy the majority of skin flaws and concerns like sunspots, age spots, and acne scars. Pico laser treatment is also quite efficient in removing skin discolorations, and stimulating elastin synthesis. As a result, you’ll have firmer and healthier skin.

Moreover, Pico laser has been shown to be beneficial for tattoo removal. Yes, the laser’s ultra-high intensity could reduce benign pigmented lesions and break particles of tattoo pigment. To summarize, Pico laser is an effective treatment that can help you achieve a younger appearance without the usual downtime and discomfort.

What Exactly Is Pico Laser?

The term Picosecond pertains to one trillionth of a second. The earlier Q-switched laser operates on a nanosecond time scale. In other terms, compared to previous technologies, the Pico laser shoots a laser beam with a substantially shorter pulse length (how long a laser beam remains on your kin). But how does this translate into therapeutic practice?

Patients may benefit from shorter pulse lengths in a variety of ways. Because more shots may be discharged in a particular time, treatment outcomes could be accomplished in less time. Since the Pico laser doesn’t heat up the skin as much, there’s a reduced chance of getting skin burn and post-inflammatory hyperpigmentation.

Q-Switched or Pico Laser?

Q Switched and Pico Lasers generally work at two well-known wavelengths:  532nm and 1064nm. Both lasers could efficiently target skin pigmentation underneath the skin using these wavelengths.

The pigmentation is shattered into tiny fragments by laser energy, which is subsequently cleared by the immune system. Because the Pico Laser could break pigmentation into even smaller bits, it is a more powerful laser for dealing with tattoos and skin pigmentation.

Furthermore, in circumstances when high-intensity treatment is required, Pico laser offers a decreased risk of consequences like hypo or hyperpigmentation and skin burn.

Let’s take a look at some of the most prevalent skin issues that could be treated by a Pico laser.

Skin Pigmentation

Aside from effective tattoo removal, Pico laser has also emerged as the most popular laser for addressing skin discoloration. Pico laser energy may efficiently shatter skin pigmentation into small particles, which are subsequently absorbed and eliminated by the immune system. Instead of photo-thermal (high heat) effects, Pico lasers employ photo-acoustic effects that physically fracture the pigments because of their short pulse length.

This leads to better treatment outcomes and fewer procedures necessary to address a skin pigmentation issue.

Scars and Pores

Pico lasers may also be used to address skin texture concerns including acne scars and pores. The Discovery Pico which is an advanced Picosecond laser employs a micro-lens array (MLA) to focus laser energy and cause micro-injuries underneath the skin. Laser-induced optical breakdowns are the name of these micro-injuries. This causes the skin to recover by producing elastin and collagen without damaging the upper layer of the skin, leading to reduced downtime and issues as compared to standard CO2 laser. Pico laser could therefore assist alleviate skin texture issues like scars, pores, and uneven skin texture, leading to more youthful and smoother skin.

What Are the Advantages of Pico Laser?

  • Skin pigmentation is reduced
  • Improves the appearance of acne scars and pores
  • Skin rejuvenation and brightening
  • Skin Texture And Tone Are Evened Out. 

Which Treatment Strategy Is Best For Your Skin Problems?

In other terms, before receiving Pico laser therapy, you should consult a doctor to have your skin problem checked and diagnosed properly. Pico laser treatments offer benefits because of their high peak power and dependable technology, which typically results in better and more predictable therapeutic outcomes.