Xeo

Multiple Technologies, Maximum Flexibility

In today's fast-paced aesthetic practices, maximum flexibility and upgradeability is paramount. Whatever your need, the Xeo can provide the most versatile laser and light technologies on the market today. Whether you are interested in skin tightening, skin rejuvenation, hair removal, vascular therapies - or all the above - the Xeo can accommodate your specific needs through our upgradeable platform.

Technical Specifications

Epidermal Cooling Continuous epidermal temperature regulation
Energy Control Real-time calibration
Weight 135 lbs.
Dimensions 12" x 19" x 35"
System Cooling Internal, self-contained
Electrical 115V/20A or 230V/20A

Introducing Pearl Fractional
A new ablative wavelength combining the benefits of CO2 & Erbium

What is the Pearl Fractional laser?

Pearl Fractional is a new fractional ablative laser with YSGG (2790 nm wavelength) technology. This exclusive laser wavelength was selected to maximize results and safety while minimizing downtime — all in a single treatment — through an optimized combination of ablation and coagulation. Pearl Fractional's YSGG laser aggressively treats the signs of photoaging, deep dermal imperfections and difficult-to-treat perioral and periorbital areas. Pearl Fractional presents fractional ablation in a new light.

Why Optimize Ablation and Coagulation?

Optimal treatment results demand both deep ablation and thermal coagulation. Moderate levels of coagulation are needed to minimize operative bleeding, but healing times and related risks of complications increase with excessive zones of thermal coagulation. Therefore, the ideal device combines deep ablation with controlled thermal coagulation to maximize results while minimizing downtime. Due to its specific water absorption characteristics, YSGG is the only laser wavelength capable of providing the dual benefits of deep dermal ablation with a controlled zone of coagulation.

Mechanism of Action

  • 300 micron diameter microcolumns ablate tissue deep in the dermis (1)
  • Thermal coagulation provides hemostasis (2)
  • Lateral zone of residual thermal damage promotes long-term collagen stimulation (3)
  • Minimal thermal overlap reduces risk of complications