Platinum Therapy Lights designs and manufactures high output red and near infrared light therapy panels for home users, athletes, and professional settings. Our BIOMAX and BIOMAX PRO product lines are engineered to deliver consistent, measurable light output across clinically relevant wavelengths, with performance verified by independent laboratory testing at LightLab International.
The BIOMAX PRO line is built as a separate, more advanced platform that sits alongside the existing BIOMAX panels, not as a simple refresh. BIOMAX PRO panels retain the same physical dimensions as the original BIOMAX line, so existing stands remain compatible, but they incorporate approximately 30% more LEDs and provide about 50% greater tested light output. They use a zero gap design, where LEDs extend to the edge of each panel to reduce coverage gaps when multiple units are combined, and they feature a matte black finish for a more discrete installation in home or clinical environments.
BIOMAX PRO also introduces individual control over seven LED wavelength bands and adjustable pulse output from 0 to 990 Hz. These controls are managed through an upgraded remote and a dedicated app, which support more precise, repeatable protocols for users who want to align their sessions with published research or specific goals such as skin health, recovery, or general wellness. :contentReference[oaicite:2]{index=2} Platinum Therapy Lights focuses on clear technical documentation, transparent performance data, and ongoing education around red light therapy so customers can understand how to use their panels effectively and integrate them into their daily routines.
Across both lines, our aim is to provide reliable, durable devices with straightforward controls and support resources that help users choose the right model, set up their space, and track consistent use over time. BIOMAX and BIOMAX PRO panels are offered at different price and feature levels so customers can match the system to their needs, from first time users to high performance or research oriented environments.