Red light therapy certifications can be incredibly misleading. FDA Registered, CE Certified, ETL Listed — what do these labels actually mean, and which ones truly matter when choosing a safe and trustworthy device?
Cellulite affects up to 90% of women, but most treatments fall short. In this deep dive, I analyze the real research on red, near-infrared, and green light therapy to see what actually works, where the evidence is weak, and how to choose the right device based on the data.
Red light therapy for epilepsy sounds promising—but does it actually reduce seizures? After 7 years researching PBM and using it during my son’s epilepsy journey, I break down the science, risks, and what we still don’t know.
Can red light therapy regrow hair—especially when combined with minoxidil? I conducted a 6-month test using a red laser light cap and topical minoxidil to assess the results. In this video, I reveal my full results, what worked (and didn’t), and key takeaways for anyone battling hair loss.
Discover the fascinating history of red light therapy, from ancient sun healing to breakthroughs in Big Science, to modern wellness and fitness trends.
Red light dosing and wavelengths are more complex than most summaries suggest. This guide explains how dose and wavelength work together, how to calculate joules from device output, and how to use evidence-based starting points you can adjust based on your response.
Is Red Light Therapy Legit or Just Hype? I dig into the real science behind red light therapy—ATP, cellular repair, and clinical studies. Plus: I reveal surprising results from my own experiment comparing red light use vs no use.
This red light therapy mirror test gave me surprising results—can a mirror really boost power output? I test a BioMax 900 with my spectrometer to see how irradiance changes when light is reflected, and if you can get front-and-back treatment in one session.
Best light therapy device for acne explained. In this blog, we look at the science behind blue light therapy for acne, including why wavelengths around 400–420nm may be most effective for targeting acne-causing bacteria.
