DPL LED Therapy Flex Mitt - Discontinued

The DPL LED Therapy Flex Mitt is a therapeutic hand device that delivers infrared light energy deep into the tissue of the hand. This medical-grade infrared light hand mitt relaxes muscles, improves circulation, providing pain relief for hand pain and stiffness. Caregivers will find this easy to hand mitt provides effective pain relief for carpal tunnel, arthritis, tendonitis, or other hand irritations.

The DPL LED Therapy Flex Mitt technology uses NASA scientific research to safely and effectively promote healing. The device contains Infrared 880nm and Red 660nm LEDs. This easy to use large mitt provides a safe, natural pain relief solution with no negative side effects. This LED light therapy device is an OTC Class II medical device that is FDA-cleared. LED therapy is helpful for increasing blood circulation, accelerating healing, repairing tissue, and relaxing muscles. The DPL Therapy Pain Mitt measures 10 inches long, 7 inches wide, is designed to fit most any size hand, and is safe for all skin types.

The DPL LED Therapy Flex Mitt is easy and safe to use. Insert the USB plug from pad into provided USB power supply or portable battery bank. Then insert the painful hand into the device. Next, press the on/off switch to activate lights. Only the red LED’s are visible, the other LED’s are in the infrared light spectrum and cannot be seen with the human eye. The recommended treatment time is 20 minutes, and the mitt may be used multiple times per day (just let it cool between uses.) The DPL Therapy Pain Mitt provides pain relief for arthritic hands, nerve injury, Carpal Tunnel Syndrome, Repetitive Stress Injury, and aches and strains.

DPL LED Therapy Flex Mitt User Guide

DPL LED Therapy Flex Mitt Specifications:

• Power: USB or standard AC adaptor.
• Safety: FDA-cleared, OTC Class II medical device.
• Measures: 10 inches long, 7 inches wide.
• Weighs: 9.6 ounces.
• Fits: Large mitten fits any size hand.
• Includes: DPL Therapy Pain Mitt, User guide, USB cable, AC adaptor.