Lower Back Laser Wellness Device | Wearable Dual-Wavelength LLLT Device for Waist and Lumbar Use

Specifications

Wavelength: 650 nm
Output Power (CW): Not Specified
Wavelength: 650 ±20nm
Number Of Laser Diodes: 10pcs
Product Size: L605/W595/H198 ±1mm
Product Weight: 77 ±10g
Operating Mode: continuous wave (CW)
Battery Capacity: Lithium polymer battery 400mAh
Operating Environment Temperature: -25~55°C
Operating Environment Humidity: 0~90%

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Features

  • Dual-Wavelength Laser Output
    Uses both 650nm red light and 790nm near-infrared light for broader photobiomodulation coverage.
  • High-Density 98-Diode Array
    Large diode count supports more uniform optical distribution across wider lower-back and waist regions.
  • Adjustable Wearable Strap Design
    Can be secured around the lower back, waist, or abdominal area for stable hands-free use.
  • Flexible Session Timing
    Users can select operating durations from 10 to 60 minutes depending on personal preference.
  • Continuous Wave (CW) Operation
    Provides stable continuous light output during treatment sessions.
  • Rechargeable Portable System
    Integrated 4500mAh battery enables cordless portable operation without stationary equipment.
  • Broad-Area Coverage Format
    Designed for larger application zones compared to compact handheld laser devices.

Applications

  • Lower Back Light Therapy Use
    Designed for localized red and near-infrared light exposure around the lumbar and waist region.
  • Wearable Photobiomodulation (LLLT)
    Supports low-level laser therapy routines in a wearable strap-mounted format.
  • Waist and Abdominal Light Application
    Can be positioned across multiple torso regions using the adjustable support structure.
  • Daily Wellness Routines
    Suitable for repeated non-invasive light-based wellness sessions in home environments.
  • Portable Wearable Laser Systems
    Cordless design supports use during seated work, relaxation, or travel scenarios.
  • Broad-Area Red and Near-Infrared Exposure
    High diode density enables coverage across larger body regions compared to smaller point-source devices.