Technology & Principles
Discover the innovative pain treatment technology based on Information Theory
Scrambler Therapy Principle
Scrambler Therapy is an innovative non-invasive pain treatment technology developed based on Claude Shannon's Information Theory. It replaces pain signals with 'non-pain' information to retrain the brain not to perceive pain. Used at leading US medical institutions including Johns Hopkins, Mayo Clinic, and MD Anderson, with 80-90% of patients showing significant pain reduction.
How It Works
Pain Signal
Pain signals from damaged tissue travel through C-nerve fibers to the brain
Non-Pain Generation
Painfree8800 generates 16 synthetic 'non-pain' information signals
Brain Retraining
The brain learns new non-pain information and replaces pain perception
Pain Pathway Identification
The system identifies pain pathways transmitting signals to the brain
Non-Pain Information Generation
Painfree8800 generates synthetic non-pain information signals
Signal Scrambling
Non-pain signals are sent through the same nerve pathways
Brain Relearning
The brain learns to replace pain perception with non-pain information
6 Treatment Modalities
Six approved medical device functions in one integrated device
Scrambler Therapy (ST)
Information theory-based non-invasive electrical stimulation therapy, FDA approved in 2009. Shows 80-90% effectiveness in treating chronic neuropathic pain.
Technical Specifications
5-channel independent stimulation | 16 non-pain signals | Max 5mA | FDA 510(k) cleared
Low-Level Laser Therapy (LLLT)
Photobiomodulation (PBM) therapy that stimulates cellular ATP production and accelerates tissue regeneration. Effective for inflammation reduction and wound healing.
Technical Specifications
650nm wavelength | Class 3B laser | 50-100mW output
Quantum Therapy
Bioresonance therapy utilizing over 3,000 biofrequencies. Activates the body's natural healing abilities at the cellular level.
Technical Specifications
3,000+ biofrequencies | Bioresonance technology | Multi-frequency output
Ultrasound Therapy
Deep tissue heating therapy at 0.8-1MHz frequency, effective for inflammation reduction, tissue relaxation, and pain relief.
Technical Specifications
0.8-1MHz frequency | Continuous/Pulse mode | Deep tissue penetration
PEMF Therapy
Pulsed electromagnetic field therapy that normalizes cell membrane potential and improves blood circulation. Effective for chronic pain and inflammation.
Technical Specifications
Variable frequency | Multiple waveforms | Adjustable intensity
Thermal Therapy
Far-infrared heat therapy that delivers heat deep into tissues for muscle relaxation and pain relief.
Technical Specifications
Far-infrared emission | 40-60°C temperature range | Deep penetration
10 Principles of Scrambler Therapy
Standard protocol for optimal treatment results
Use one channel at a time
Accurately identify the pain area
Place electrodes 2-3 fingers away from the pain site
Adjust current intensity to provide appropriate stimulation
Lower intensity if patient reports discomfort
Maintain stimulation at a tolerable level
Confirm pain reduction after adjustment
Apply the same procedure to other pain areas
Maintain comfortable position for 30-40 minutes
Complete 10-12 consecutive daily sessions
Global Certifications & Recognition
Scrambler Therapy was recognized as 'Non-invasive Painless Signal Therapy' by Korea's Ministry of Health and Welfare in 2013. It is actively used at leading US medical institutions including Johns Hopkins, Mayo Clinic, and MD Anderson Cancer Center.
2008
CE Certification (Europe)
2009
FDA 510(k) Clearance
2011
KFDA Approval (Korea)
2013
New Medical Technology
Key Indications
Intractable pain conditions where Scrambler Therapy is effective
Postherpetic Neuralgia (PHN)
Chronic nerve pain after shingles, often unresponsive to conventional treatments. Over 80% of patients report pain reduction with Scrambler Therapy.
Chemotherapy-Induced Peripheral Neuropathy (CIPN)
Peripheral nerve damage from chemotherapy causing numbness and pain in hands and feet. Mayo Clinic research confirmed over 50% pain reduction.
Cancer Pain
Pain from cancer itself or cancer treatment. Actively used at MD Anderson, contributing to reduced opioid usage.
Failed Back Surgery Syndrome (FBSS)
Persistent chronic back and leg pain after spinal surgery. Non-invasive treatment possible without additional surgery.
Complex Regional Pain Syndrome (CRPS)
Severe chronic pain condition after trauma. Offers new hope for patients unresponsive to conventional treatments.
Diabetic Neuropathy
Peripheral nerve damage from diabetes complications. Clinical trials showed 58% average pain reduction.