Hybrid Energy Technology

Younger looking skin with minimal discomfort and downtime!
Hybrid Energy Technology is a breakthrough anti-aging technology, which utilizes the body’s natural mechanisms to induce an increased production of hyaluronic acid, collagen regeneration and elastin growth. As a result Hybrid Energy achieves significant but natural-looking dermal volumizing, wrinkle reduction, skin rejuvenation and lifting effects. The unique Hybrid Energy technology delivers tailored full-face treatments, and provides on-going rejuvenation – so results are long lasting and enhanced over time!

How it works:

Hybrid Energy combines thermal energy with a non-thermal effect on the dermal layer via an array of micro pins


First Action: Unique Thermal RF-FIRST skin penetration

Facilitates smooth, painless and bloodless penetration of the micro needles to target the dermis


Electrical IMA  

Second Action: Non-thermal effect

Selectively ablates the target area creating micro-wounds in the dermis and at the same time triggering a wound-healing effect.


This combination of thermal and non-thermal effects creates a dual effect on both the epidermis and the dermis, inducing the remodeling of dermal collagen (neocollagenesis), elastin growth and an increased production of Hyaluronic acid as part of the wound healing process. Because the treatment works with body's mechanisms, results are significant and natural-looking. The procedure is non-surgical, and requires minimal discomfort and downtime

  • Cutting-edge, effective anti-aging and skin rejuvenation technology
  • Safe and clinically- proven technology
  • Significant natural looking results
  • Minimal discomfort
  • Minimal downtime
  • Optimally- tailored full- face treatments
  • Suitable for all skin types and ethnicities
  • Preventive aging solution

TriFractional - Enhance the Hybrid Energy Effect

Trifractional, an advanced anti-aging RF ablative technology enables effective fractional skin resurfacing and is suitable for enhancing the Hybrid Energy treatment.