The FOX 810 offers Cutting-Edge PhotoThermal Therapy (PTT)

This well-known wavelength is ideal for soft tissue management and allows a huge range of procedures. EmunDo is a multi-purpose veterinary laser activated treatment for large and small animals offering true bacterial elimination with incredible wound management opportunities. InPhase offers a variety of flexible laser fibers providing the operator with an increased range of surgical applications.

This laser is ideal for use in Veterinary Medicine and is approved for use with EmunDo®.

It is impossible to imagine modern veterinary practices without lasers. The FOX 810 Laser is highly effective for many veterinary surgeries, soft tissue management, and photobiomodulation. The benefits of lasers in therapeutic applications include minimizing pain, controlling infection, and reducing recovery time. Depending on the area of application there are various solutions that shorten treatment times significantly and prove advantageous to the wellbeing of four-legged patients. This flexible, multipurpose laser has excellent results including decreased inflammation, decreased post-operative pain, and decreased secondary infection. 

Many pet owners wish to avoid having general anesthesia used on their pets and laser technology makes this possible. 

EmunDo anti-bacterial treatments are the latest breakthrough for a germicidal effect without antibiotics. The specially formulated dye is selective and only accumulates on inflamed tissue and cancer cells for a remarkably simple application. When stimulated with irradiation by the FOX 810 Laser, a local and purely thermal process with a bactericidal effect takes place effectively killing all gram-positive and gram-negative bacteria. This efficient wound management therapy is painless and allows for faster, safer healing. EmunDo dye is completely biocompatible with a long medical history in oncology and ophthalmology.

The EmunDo® Therapy Concept: Liquid EmunDo + Laser Emission = Zero Bacteria

EmunDo PTT is a safe controllable process based on physical mechanism of action in contrast to PDT - photodynamic therapy which is based on an uncontrollable chemical mechanism of action with a self-reaction effect of the dye.