SynRG LightBed PRO – Advanced Full-Body Red & Infrared Therapy Bed
For more information on the SynRG Lights Series products, click here to visit the SynRG Lights Series page.
The SynRG LightBed PRO is a premium, full-body red and infrared light therapy bed that combines ergonomic comfort with enhanced light delivery with self-load and self-exit capabilities. Building on the zero gravity design of the standard LightBed, the PRO model features a longer treatment surface, denser diode spacing, and elevated irradiance to support greater coverage and light intensity. Its split-panel design promotes deep relaxation, while the integrated vibration frequency massage enhances overall therapeutic benefit.
Features and Specifications:
- Zero gravity design
- Made in the USA; ships fully assembled
- Extended platform for longer body types (88” length)
- Exclusive vibration frequency massage
- 19,736 total diodes (18,232 red / 1,504 infrared)
- Color range: 635nm (red) & 805nm (infrared)
- Irradiance: 75 mW/cm² measured from polycarbonate surface +/- 10 mW/cm²
- Diode spacing: 5/16” from center (denser light delivery)
- Bio-compatible 1/32” material
- Dimensions: 88” L × 31” W × 40” H
- Weight: 193 lbs
- Supports up to 450 lbs
- Power input: 100–240 VAC (8.5 amps); output: 24 VDC / 18.8 amps
- Fits through standard 32” opening
- Plugs into standard 3-prong outlet
- 5-year warranty (parts and labor)
This device is designed to emit energy in the visible and infrared spectrum intended to provide topical heating for the temporary relief of minor muscle and joint pain and stiffness, minor arthritis pain or muscle spasms, temporary increase in local blood circulation, and temporary relaxation of muscles.
With the purchase of this bed, you may be eligible for an ADA tax credit. Please consult with your tax specialist to learn more.
All international orders may be subject to duties owed to the country of import.
⚠️ Prop65 WARNING: This product contains chemicals known to the State of California to cause cancer and birth defects or other reproductive harm.