No other laser on the market can compete with the Erchonia FX-635.
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Of course! And it should work as fast as a single treatment! We were skeptical at first, too. Sure, we can provide you with all of the 2000+ peer-reviewed research studies on laser therapy, and send over the 20 FDA clearances our specific laser has (FX-635), but we understand this even may not be enough. This is why we just ask you to try it out to see for yourself. If you call us and ask us to waive the fee so you can try it out, we will be happy to do so. You have nothing to lose.
Although pain relief and soft tissue injury repair are the most sought reasons for using LLLT, many also use it on their brain for other important reasons that are all backed by research.
As long as you shine the laser on a living organism that has cells with mitochondria, you will accelerate the healing to that area.
Clinical studies demonstrate that the positive outcomes associated with laser therapy are immediate and can last many weeks. Treatment length can be proportional to the amount of tissue damage there is. The more inflammation, the longer it will take to see the lasting results of the laser. Depending on the severity of the injury, research supports that it is best to treat acute and chronic pain and inflammation 2-3 times per week for 4 weeks. Once the tissue has started to heal, research has supported that the treatments will last longer. This is why weekly treatments are recommended once pain and inflammation are less. This is true as long as the tissue does not get re-injured. If the underlying injury is not resolved, inevitably the tissue will re-inflame and the pain will return.
Laser coupled with chiropractic care has been shown to speed up tissue recovery even faster by keeping inflammation levels low, lowering the risk of re-injuring the tissue.
Skeletal muscle tissue requires a lot of ATP to function properly meaning that it demands a regular supply of oxygen and nutrients to keep up with production. As we participate in extensive exercise ATP can become depleted. LLLT has been clinically proven to increase ATP production, promote calcium influx, and support proper neurotransmitter release; all which occur upon muscle contraction.
Yes! Next time you are enjoying a sun-filled day, close your eyes and look up at the sun. What color do you see? Red. Although this is an elemental description it clearly illustrates the penetrative capacity of red photons. Research has quantified the amount of red light that can penetrate through various degrees of skin thickness and other tissue structures like the skull. This is why you can laser the stomach and still see chronic low back pain improve.
Yes! Take the laser light, or a flashlight for this matter, and shine it through your shirt at the wall in front of you, do you see the light? We sure hope so! If you were to look at your shirt under microscope you woud see something similar to a chain ,lkinked fence. The beam in a low-level laser device emits approximately 45 Bn photons every second. And although clothing material will demonstrate some degree of photon inhibition, the reaction at the cellular level is a 1 to 1 reaction, requiring only one photon to excite one electron positioned within the photoreceptor of the mitochondria. Light colors (white) absorb less of the laser’s light, allowing better penetration into the cells whereas darker colors (black) absorb more of the laser’s light making it more difficult to penetrate the cell. So, it’s best to wear lightweight, white clothing for your LLLT.
LLLT does not deliver a significant amount of energy therefore no heat is produced. Infrared lasers are the ones that produce heat as they range from 700-1000nm. LLLT operates at 635nm stimulating electrons that are positioned around atoms altering cell metabolism.
The sensation experienced is similar to what is felt when consuming medication, none.
Millions of biochemical reactions are taking place at this very moment without any comprehension or recognition. LLLT is no different.
Even though laser has always been associated with burning and tissue destruction, these are class 4 (hot) lasers. LLLT (cold laser) operates under very similar parameters to taking medication, producing no macroscopic sensation but directly impacting how the body’s cells function and behave.
LLLT is not a new concept; in fact, light therapy dates back as far as 1,500 BC when Egyptian
cultures built solariums at the top of mountain ranges to harness ultraviolet light to treat certain skin disorders. LLLT has been studied extensively starting in the early 1960s and has earned over 2000 peer-reviewed publications.
The challenge has always been the delivery mechanism. How do you generate a coherent light source in which the photons move in parallel with each other?
In 1998 Erchonia Corporation designed the first “line-generated” (the beam shows up as a line on the body, not a dot) coherent laser light source which enabled clinicians to treat with an appropriate photon configuration. Although this technology is now well established, research is still less than that of most medications.
Every day more and more physicians are observing the natural benefits of laser technology, and as new studies are published which illustrate the therapeutic benefit, more physicians will embrace LLLT.
No comparison. Laser therapy has been proven to stimulate tissue recovery by targeting the mitochondria of the cell whereas infrared sauna is supposed to help with detoxification. They are completely different modalities and both are found to be helpful.
Laser therapy uses a highly concentrated wavelength of red light whereas red light therapy uses LED lights. The problem with LED lights is they are not concentrated, meaning they scatter. For example, if you stood 100 feet away from a wall and pointed the laser at the wall, you will clearly see the laser line on the wall. You would not be able to see the LED light show up on the wall. What makes the laser 10 minutes to treat an injury, would take a LED 1 hour to have a similar effect.
Our laser manufacturer, Erchonia, was curious about this so they researched it.
Erchonia used red light LEDs as a placebo in 4 of their peer-reviewed research studies. The results? The laser group beat the LED group by 60%. Does red LED light help? Yes, according to the study it helped reduce pain by 5%.
Although a laser pointer is emitting an actual laser wavelength, there are power considerations that may cause harm. Laser therapy is very similar to the parameters required for medication success.
For instance, when one consumes medication it is the molecular structure of the drug that is the driving factor for therapeutic success. Similarly, the wavelength or color of the laser device is what dictates its success. If the color is not correct therapeutic efficacy will be lost.
Another component of a medication that must be satisfied is dosage, in order to produce an outcome the dosage must be correct, too little there is no response too much an adverse event can be provoked. Similarly, laser therapy must be delivered at the appropriate dosage and a laser pointer offers too much power and can induce an inhibitory or damaging effect.
Unfortunately, no. Health insurance companies work closely with the drug and surgery industry, if too many people used laser, they would stop taking drugs and reduce the chances of needing surgery. That wouldn’t be good for business, right?
Completely! Every class 2 laser, low-level laser, or cold laser, is completely safe to use on all parts of the body, for as long as you want, without any side effects or harm. Hence the reason why it’s not necessary to wear glasses with this class of laser.
Class 2 lasers have one purpose, to create a biochemical reaction. To stimulate the mitochondria of the cell to activate a biochemical change, NOT a thermal change. This concept is similar to how plants use sunlight to grow. Plants don’t use the heat from the sun to grow. The plant is able to grow because plants have photoreceptors within their cells and when sunlight is absorbed by the plant this causes a biochemical reaction causing the plant to grow through stimulating protein synthesis and DNA replication.
The lasers you should be careful with are class 4 lasers, high-powered lasers, and hot lasers that generate heat. If you use these lasers for too long, they can damage the tissue. We recommend staying away from these.
They will try and advertise that their laser is more powerful, generates heat, and can penetrate the tissue deeper. This is irrelevant because the goal should not be to penetrate the tissue deeper or heat up the tissue, the goal should be to stimulate a biochemical effect in the mitochondria of the cell. This is what accelerates the healing, and you don’t need to power your way into the cell to accomplish this.
To make matters better, there is a plethora of research on LLLT and brain health. Do you think Dr. Burt would laser his own brain if it was harmful?
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