LightWalker 4D

Category: Facelifting

Description

LightWalker 4D

Non-Invasive Laser Facelift

UNIQUE MODALITY COMBINATION

DEDICATED TO NON-INVASIVE FACELIFTING TREATMENTS

FACIAL REJUVENATION

ADDITIONAL FACIAL TREATMENTS

SmoothEye®
PERIOCULAR WRINKLES
LipLase®
LIP PLUMPING
And more [ VASCULAR – ACNE SCARS – FACIAL HAIR ]

DESIGNED WITH THE PRACTITIONER IN MIND

TECHNOLOGY IN ACTION

THIRD GENERATION ASP TECHNOLOGY

Proprietary ASP power supply provides several UNIQUE laser modalities

FOTONA4D® TREATMENT

NATURAL LOOKING FACELIFT

Without surgery
Without injectibles
Little-to-no downtime

FOTONA4D® IS A COMPREHENSIVE APPROACH TO ADDRESS:

deeper, medial and superficial connective structures
collagen stimulation with unique Fotona SMOOTH® modality
continuous improvement for up to 6 months after treatment
an investment in skin quality
safe, non-invasive procedure

HOW DOES IT WORK?

INNOVATIVE PULSE MODES FOR HIGHEST PERFORMANCE

Fotona SMOOTH® mode Er:YAG

Fotona SMOOTH® Mode enables non-ablative laser skin remodeling based on controlled induction of thermal injury of the collagen while preserving the epidermis. In addition to an immediate effect resulting in the shrinkage of collagen fibers, the initiation of neocollagenesis occurs causing the generation of new collagen. The effects result in an overall improvement of laxity and elasticity in the treated tissue.

FRAC3® mode Nd:YAG
A novel non-ablative, three-dimensional fractional modality for skin treatments. FRAC3® utilizes the short pulse duration and high peak power density of Fotona VSP™ generated Nd:YAG laser pulses to produce a three-dimensional fractional pattern in the epidermis and dermis, with damage islands that are predominantly located at the sites of targeted skin imperfections.

PIANO™ mode Nd:YAG
This new, super-long modalityextends the duration of Nd:YAG treatments to the seconds regime. This is much longer than the thermal relaxation time of the epidermis or any other skin structures, and does not cause high initial temperature peaks in the epidermis. It is therefore indicated for treatments where overall homogeneous, bulk heating of the dermis is desired.

MSP mode Er:YAG
Er:YAG laser utilizes a unique wavelength that is absorbed within a few microns of tissue, thus avoiding any damage to deeper-lying tissues. VSP™ technology enables the operator to easily adjust the laser treatment modality from micro–short (MSP) to extra–long (XLP) pulses in order to precisely balance the removal of epidermis with thermal effects on collagen.