Laser therapy
BTL-6000 HIGH INTENSITY LASER EFFECTS
A REVOLUTIONARY NOVELTY IN LASER THERAPY TECHNOLOGY
High-intensity laser (HIL) treatment is a method of physical therapy. Its technology is based on the well-known low-intensity laser (soft laser) therapy. Thanks to its unique high performance and adequate wavelength, it easily penetrates deep into tissues through bone, soft tissues and muscles.
High-intensity laser therapy has a strong influence on human tissues.
The most significant clinical effects are:
- Vasodilator effectEdema reducing effect
- Anti-inflammatory effect
- Analgesic effect
These effects are based on positively established and verified mechanisms such as:
- Improving microcirculation
- Inhibition of pain perception
- Improving oxygen circulation and glucose utilization
- Stimulation of DNA enzyme synthesisIncreasing fibroblast activity (useful for keloid scars)
- Activation of metabolic processes occurring in cells
- Alteration of inflammatory processes
Advantages of high-intensity laser treatment:
- It can be used with high safety in a defined therapeutic area and tissue depth
- Strong analgesic effect
- Prevention/avoidance of possible surgical intervention
- Long-term effects
- Temporary redness may develop in the treated area
- Transient hypersensitivity
In which cases can not apply high-intensity laser
- Application in the eye area – possibility of direct irradiation of the eye and retinal destruction
- Irradiation of cancers, malignant tumours and growths prone to cancer
- Irradiation of patients with cochlear implants
- Irradiation of endocrine glandsFebrile disease
- Epilepsy
- Pregnancy
- Freckles irradiation
- For tattoos – it is recommended to avoid treating tattooed areas
- If photosensitive medicinal products are used
Appointments: +36-30-274-2682
THE MECHANISM OF ACTION OF HIL THERAPY:
Combining photomechanical and biostimulation, BTL High Intensity Laser therapy penetrates deep into tissues and provides a powerful but non-addictive form of pain relief.
High power allows light to penetrate deeply, ensuring that the right dose reaches the area to be treated, deep in the tissues. What's more, the wavelength-specific photomechanical wave stimulates free nerve endings, thereby blocking the path of pain to the nervous system and providing immediate pain relief.