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The Science
This new patented technology mimics the body’s natural metabolic process to provide a painless and non-invasive alternative to surgery.
During each treatment, the laser energy safely penetrates your skin at a specific wavelength targeted for adipose cells – otherwise known as fat cells.
These adipose cells are permeated, releasing their triglyceride content so that the body may utilize them as an energy source.
As the adipocytes release these triglycerides into circulation,
their size diminishes, resulting in inch loss and a reduction in the appearance of cellulite.
Laser Science & Technology
ENHANCING A NATURALLY OCCURING METABOLIC PROCESS
Adipose or fatty tissue is the body’s means of storing metabolic energy over extended periods of time. Depending on current physiological conditions, adipocytes store fat derived from the diet and liver metabolism or degrades stored fat to supply fatty acids and glycerol to the circulation. Hormones play an important role to physiological predisposition of energy needs and as such several cascades affect fat metabolism. The typical tendency is to accumulate fat predominantly in the abdominal area.
Low level laser therapy (LLLT) is an advancing paradigm for providers in wellness & lifestyle clinics.
It is one of the few technologies that has been extensively studied over the past 20 years and peer-reviewed research comprehensively supports the understanding of the mechanism of laser applications.
Cellular membranes are highly liquid, dynamic structures with selective permeability acting as a barrier to preserve intracellular and extracellular composition.
Typically, laser energy at a wavelength of 658 nm emitted from the Laser safely penetrates patient’s skin targeting the adipose (fat) cells.
These cells once permeated cause a transient augment in reactive oxygen species (ROS). This highly-reactive free radical has been shown to react with membrane-bound cholesterol creating transitory pores or openings within the cell membrane
and the process is referred as lipid peroxidation.
The creation of the transitory pore causes release of free flowing fatty acids (FFA’s), water and glycerol which are the essential components of the adipocyte. Together these compounds are sometimes referred to as triglycerides. Transmission electron microscopic descriptions have revealed the formation of a transitory pore or aperture in the adipocyte cell membranes leading up to the collapse of the adipocytes subsequent to laser irradiation.
Patented Technology
DIRECT-TO-SKIN LIPO LASER TECHNOLOGIES ARE NOT ALL THE SAME
With this new laser system, patients are able to receive a standard waist line treatment in as little as 20 – 30 minutes.
In addition, the unique laser diode placement provides the optimal energy overlay to maximize treatment efficacy,
while further boasting increased electronic safeguards and temperature and power control circuitry that enables a much more consistent and stable beam to reach maximum operating efficiency.
Unlike other competing technologies, this new laser diode technology, lens configuration, and energy overlay, minimize laser light dispersion allowing maximized energy delivery to the adipose cell for optimal results.
In independent 3rd party testing, this new patented Laser was additionally found to provide more efficient energy delivery over multiple treatments ultimately leading to unparalleled treatment results.
Fat Liquefaction
Fat Liquefaction: Effect of Low-Level Laser Energy on Adipose Tissue
Rodrigo Neria, M.D., Jose Arroyave, B.S.C.E., T.E.M., S.E.M., Hugo Ramirez, M.V., Clara Lucia Ortiz, M.D., Efrain Solarte, Dr. rer. nat., Federico Sequeda, Ph.D., and Maria Isabel Gutierrez, M.D., M.Sc., Ph.D.
Cali and Palmira, Colombia.
Conclusions:
The low-level laser-assisted lipoplasty consists of the tumescent liposuction technique with the external application of a cold laser (635 nm and 10mW intensity for a 6-minute period). This technique produces a transitory pore in the adipocyte membrane, preserving the interstice, particularly the capillaries.
When adipose tissue is exposed to the laser beam for 4 minutes, 8- percent of the adipocytes’ membranes are disrupted; this increased to almost 99 percent with 6 minutes of laser exposure, as demonstrated by both scanning electron and transmission electron microscopy.
The laser facilitates the releasing of fat and contributes to the disruption of fat panicles, allowing the fat to go from inside to outside the cell and placing it in the interstitial space. With easier fat extraction, surgical trauma, ecchymosis, and hematomas are reduced to facilitate the patient’s recovery.
The transitory pore formation induced by the laser occurs exclusively at the level of the adipocyte membrane. When the tumescent solution was used as a co-adjuvant, almost 99 percent of the fat was released into the interstice, whereas the capillaries and the remaining interstice were preserved. The result of this development is a safer, more effective procedure with the elimination of the need for pre-tunneling.
