Phototherapy is an effective, non-invasive, drug-free solution that has no known side effects. It has been used as a means for reducing pain and speeding healing for over 30 years. Professional clinicians trust FDA approved MedX Phototherapy to stimulate the body's natural repair processes at the cellular level.

There are a number of benefits to using MedX Phototherapy rather than other electro modalities. It is more efficient because there are no messy conduction mediums and time consuming setups, and more than one site can be treated at the same time. Patients are comfortable during treatments, and more likely to complete a series of treatments in order to benefit from the accumulative effects of light. Patients can be treated with contraindications for other modalities, such as circulation and nerve impairments, pacemakers and joint implants.

Indications of Use
All MedX Phototherapy low level laser and superluminous diodes (SLD) based devices have the following indications of use by FDA: "...the energy emitted provides temporary increase in microcirculation, temporary relief of minor muscle and join aches, pains and stiffness, relaxation of muscles; for muscle spasms, minor pain and stiffness associated with arthritis."
 

The large area superluminous diodes (SLD) cluster provides energy with a combination of predominantly infrared (870 nm) and visible red (633nm) diodes to provide an even distribution of light energy over the entire area.

Two clusters can be strapped-on for hands free application, allowing unattended treatment. While treatment is being provided the console displays the remaining time and energy delivered. Once treatment has been completed the clusters are automatically turned off.
 

The MedX handheld laser is an ergonomically designed accessory that is powered by the MedX Console. This laser provides a total of 100 or 200 mW of power with three GaAlAs laser diodes and a visible guide light.

The accessory is programmed through the console and has an ON/OFF switch on the accessory handle. This allows the laser to be activated and reactivated separately from the superluminous diodes (SLD) cluster.