Class 4 hot lasers, utilizing high-powered wavelengths, offer profound therapeutic benefits. Emitting intense energy, these medical-grade lasers penetrate deep into tissues, accelerating cellular repair and reducing inflammation. Renowned for their precision, they target specific areas with unparalleled accuracy, fostering tissue regeneration and pain relief. This advanced technology proves instrumental in treating musculoskeletal conditions, sports injuries, and chronic pain. With customizable settings, practitioners optimize treatment for each patient, ensuring safe and effective outcomes. Class 4 hot lasers excel in expediting healing processes, enhancing circulation, and stimulating the body’s natural healing mechanisms. Their versatility and potency make them indispensable tools in modern healthcare, facilitating swift recovery and improved quality of life.
The Benefits of Laser Therapy
Laser Therapy provides patients with a diverse portfolio of options when determining the best way to approach an injury challenge.
- Post-surgery treatment to accelerate healing
- A long-term pain management system
- Acute injury treatment
- An adjunct to prescription drugs
- A Substitute for surgery
- A pre-surgery treatment
Accelerate Recovery and Relieve Pain with Laser Therapy
Laser therapy has been adopted as an essential pain management tool by athletic trainers in the NFL, MLB, NBA, NHL, FIFA and Olympic teams. Elite athletes consistently rejoin the team faster when this energizing treatment is part of the treatment plan. Most patients see results within 3 to 5 short treatments. Aspen lasers work by flooding the tissue with photons, which energizes cells resulting in increased circulation to the injured area and ultimately pain reduction. Laser therapy allows your body to utilize it’s own healing powers by inducing a series of healing responses in your body. During treatment you will feel a soothing warmth that identifies the beginning of an 18-24 hour process of modulated cellular activity leading to decreased pain and inflammation.
