LLLT Series Hair Loss Laser Therapy Helmet 202 650nm

Specifications

Wavelength: 650 nm
Output Power (CW): 1 – 5 mW
Wavelength: 650 nm
Product Size: L210/W170/H82 mm
Product Weight: 290 g
Operating Voltage: DC 5V=2.1A (Max.)
Laser Safety Classification: Class 2
Maximum Optical Power: 0.479 mW
Operating Mode: continuous wave (CW)
Laser Standard: IEC 60825-1:2014
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Features

  • Low-Level Laser Therapy (LLLT) with clinically-tested wavelength bands
  • Dual operation mode: Continuous & Pulse
  • Ergonomic wearable hat design with adjustable size and breathable fabric
  • Built-in safety features: over-heat protection, timer auto-shutoff
  • Plug-in or rechargeable battery options for flexible use
  • Ideal for home-based therapy or professional salon/clinic settings 

Elevate your scalp health, support hair-renewal cycles, and integrate photonic wellness into your daily regimen with the LLLT Series Laser Cap-202.

Applications

Scalp & Hair Wellness:

  • Early-stage androgenetic alopecia (male/female pattern hair loss)
  • Diffuse hair thinning and telogen effluvium
  • Post-transplant recovery: enhancing graft survival and regrowth
  • Support for hair-density improvement in thinning zones

Micro-Circulation & Growth Support:

  • Stimulating scalp blood flow and nutrient transport to hair follicles
  • Reactivating dormant follicles and extending the growth (anagen) phase
  • Minimizing follicle miniaturization through photonic cellular activation

Wellness & Daily Use:

  • Home-based, non-invasive therapy for users seeking drug-free hair-care solutions
  • Integration into beauty/spa clinics as an add-on service for hair and scalp rejuvenation
  • Regular maintenance for users with prior hair-treatment or transplant to prolong results

Clinical and Professional Settings:

  • Dermatology and trichology clinics utilizing adjunct phototherapy devices
  • Supportive care for patients with hair-loss secondary to chemotherapy or medical treatments (with physician oversight)
  • Research and wearable-tech platforms investigating photo-biomodulation effects on hair-structured tissue