Future Form 500 - Red Light Therapy Panel
Future Form 500 - Red Light Therapy Panel
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Future Form 500W Red Light Therapy Panel
Ideal Size for Versatility:
Measures 48.3 cm x 23.1 cm x 6.6 cm (19" x 9.1" x 2.6"), making it suitable for both home and clinic use.
High-Powered LEDs:
Features 100 high-powered 5W LEDs, offering strong performance.
Energy Efficiency:
Despite its power, it consumes only 157W, ensuring energy-efficient operation.
Broad Spectrum of Wavelengths:
Provides a unique combination of wavelengths - 630nm, 660nm, 830nm, and 850nm, addressing a variety of therapeutic needs from skin rejuvenation to deep tissue healing.
Focused Treatment:
Equipped with a 30-degree beam angle for concentrated and targeted treatment.
Safe and Reliable:
Designed for safe regular use with no EMF emissions at 10cm (4-inch) distance.
Durability and Warranty:
Boasts a long 100,000-hour lifespan and comes with a 3-year warranty.
Ideal for Targeted Relief:
Perfect for those seeking effective, targeted relief and rejuvenation through red light therapy.
Plug Type:
The device is customized with a plug type based on your country.
What is Included?
Certifications
Treatments and Health Benefits
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"Red light therapy is revolutionizing non-invasive home care. As a healthcare professional, I can vouch for Future Form's devices—they're effective, safe, and user-friendly. They're at the forefront of innovative care, providing a drug-free option for managing chronic pain and improving skin health."
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Dr. Jonathan Hong
Board-Certified Neurosurgeon Specializing in Innovative Pain Management Therapies
How Red Light Therapy Works?
Red light at 660nm wavelength can penetrate the skin up to 10mm, aiding in healing surface conditions like wounds and scars, and may improve skin texture and tone. Near-infrared light around 850nm penetrates several centimeters deep to reach muscles and bones, useful for alleviating deeper pain and inflammation and potentially enhancing tissue repair.
The diagram shows 660nm red light reaching the epidermis and dermis, beneficial for skin surface treatments, while 850nm near-infrared light penetrates deeper into subcutaneous tissue, muscle, and bone, useful for deeper healing and pain relief.
The diagram outlines the visible light spectrum, placing red light at 660nm near the end, just before the invisible infrared spectrum starts. It illustrates that red light therapy uses wavelengths at the edge of our visual range, while infrared, although not visible, lies just beyond and is also used therapeutically.