Tria Guides: Laser Skin Rejuvenation

Featuring the Tria FRX Fractional Skin Rejuvenating Laser.

Fraction Laser Skin Rejuvenation.

Tria FRX is the only at-home non-ablative fractional laser for skin rejuvenation (also referred to as laser skin resurfacing).

Non-ablative fractional lasers precisely target your skincare concerns, working deep below your skin’s surface, leaving the top layer intact, to accelerate your body’s natural collagen and elastin renewal process. In turn, this creates firmer, smoother, younger-looking skin, providing a plumping effect to reduce the appearance of fine lines and wrinkles, and improve visible pigmentation.

SHOP SKIN REJUVENATION
THE PROCESS OF SELECTIVE PHOTOTHERMOLYSIS

How fractional laser skin rejuvenation works.

  • Fractional Laser Beams

    Fractional laser enters the skin, applying energy to the lower layers. This leaves behind microthermal treatments zones (MTZs).

  • New Skin Cells Created

    Your body repairs these MTZs, leaving behind new skin cells with increased collagen and elastin.

  • Smoother Skin

    This increase in collagen and elastin smooths your skin, treating the multiple signs of age.

Fractional Lasers = Better Coverage = Better Results.

The key differentiators for lasers are:

  • Ablative vs. non-ablative
  • Fractional vs. non-fractional

Ablative lasers are only used in clinics. As they remove the outer layer of skin, a professional needs to be on-hand and downtime is needed for recovery.At-home devices are non-ablative lasers as they are much safer, whilst still providing fantastic results with no downtime needed for healing.

The Tria FRX uses fractional laser technology, unlike other at-home laser skin rejuvenation devices which use non-fractional lasers or ‘low level laser therapy’, both of which are known to be less effective.**

CLINICALLY PROVEN RESULTS

Fractional lasers outperform IPL and RF devices.

Fractional laser technology is scientifically proven to outperform both IPL and radio frequency*** devices in treating the visible signs of ageing. Clinical studies show Tria FRX users see reduced dark spots, smoother skin, fewer lines and a more youthful glow.*

SHOP TRIA FRX
Before
After

Fractional lasers outperform IPL and RF devices.

Fractional laser technology is scientifically proven to outperform both IPL and radio frequency*** devices in treating the visible signs of ageing.

Clinical studies show Tria FRX users see reduced dark spots, smoother skin, fewer lines and a more youthful glow.*

SHOP TRIA FRX

Precision targeted wavelength at 1440nm.

Different wavelengths of laser and light penetrate the skin at varying depths, each with unique effects. In the case of skin rejuvenation or resurfacing, clinical lasers and the Tria FRX use a 1440nm wavelength:

  • This wavelength is absorbed by water in your skin’s deeper layers, known as the epidermis.
  • The laser energy transforms into heat, creating Microthermal Treatment Zones (MTZs)—tiny controlled injuries that trigger your skin to rejuvenate itself.

During this rejuvenation process, your body produces new skin cells, collagen, and elastin—giving you visibly smoother, firmer, more radiant skin.

Fractional laser technology:

  • Splits the laser into multiple microscopic beams.
  • Creates more treatment zones across the skin with more surface area.
  • This means you are able to treat a fraction of the skin each time rather than retreating the same skin cells repeatedly.
  • This allows for faster and greater collagen renewal.

More new skin cells, less downtime and more noticeable results in less time.

SHOP TRIA FRX

How to use the Tria FRX.

Everything you need to get started, stay safe and see optimal results from your Tria FRX.

*Based on user self assessment scores during independent clinical trial of 87 participants.
**An improvement of at least one score was seen in 69% of 76 subjects on overall facial wrinkles assessment with leading at-home non-fractional laser.
***Based on independent clinical study which compared the skin rejuvenation results of fractional laser, IPL and radio frequency devices:
https://link.springer.com/article/10.1007/s10103-021-03329-7