Solaris Laboratories NY Intensive LED Hair Growth Brush
Achieve a Healthier Scalp with Solaris Laboratories LED Hair Brush. The Solaris Laboratories LED hair brush is your solution for improving the overall health of your scalp. This 3-in-1 therapy combines advanced LED light therapy with gentle vibrations to stimulate your scalp and provide a soothing massage.Â
How LED Light Therapy Works:
LED light therapy, also known as light-emitting diode therapy, is a clinically proven method for maintaining scalp health. The Solaris Laboratories hairbrush uses both red and blue LED light, with specific wavelengths of 620 +/- 10 nm and 420 +/- 10 nm respectively, to expose the scalp.
Original: $70.00
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$21.00More Images
Solaris Laboratories NY Intensive LED Hair Growth Brush
Achieve a Healthier Scalp with Solaris Laboratories LED Hair Brush. The Solaris Laboratories LED hair brush is your solution for improving the overall health of your scalp. This 3-in-1 therapy combines advanced LED light therapy with gentle vibrations to stimulate your scalp and provide a soothing massage.Â
How LED Light Therapy Works:
LED light therapy, also known as light-emitting diode therapy, is a clinically proven method for maintaining scalp health. The Solaris Laboratories hairbrush uses both red and blue LED light, with specific wavelengths of 620 +/- 10 nm and 420 +/- 10 nm respectively, to expose the scalp.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Achieve a Healthier Scalp with Solaris Laboratories LED Hair Brush. The Solaris Laboratories LED hair brush is your solution for improving the overall health of your scalp. This 3-in-1 therapy combines advanced LED light therapy with gentle vibrations to stimulate your scalp and provide a soothing massage.Â
How LED Light Therapy Works:
LED light therapy, also known as light-emitting diode therapy, is a clinically proven method for maintaining scalp health. The Solaris Laboratories hairbrush uses both red and blue LED light, with specific wavelengths of 620 +/- 10 nm and 420 +/- 10 nm respectively, to expose the scalp.
