BUSINESS

What We Do

At Lamu, we go beyond simple manufacturing.

We design and implement beauty device technologies based on the principle that technology creates performance, and performance builds trust.

Skin-Centric Bioelectrical Understanding

Bioelectrical & Current-Driven Mechanisms

Lamu’s technologies utilize the concept of bioelectricity to implement electrical actions that extend beyond surface stimulation and can be delivered into deeper skin layers.

Current stimulation based on skin response characteristics

Galvanic current

Iontophoresis

Desincrustation


Lamu integrates combinations of electrical stimulation,

vibration, heat, and light as core elements of its device technologies.

Ultrasonic Waves

Frequency-based vibration supporting cellular activation and circulation

High-Frequency Current

Deep thermal effects supporting skin recovery and elasticity

Low-Frequency Current

Muscle contraction and relaxation supporting firmness and circulation

3D Vibration Massage

Three-dimensional vibration supporting blood and lymphatic circulation

Wavelength-specific responses using red, blue, green, and other light sources By implementing functional units through physical principles,Lamu’s technologies aim to support functional outcomes rather than simple vibration or thermal stimulation.

Lamu’s device technologies are designed and integrated

at the module level to align with each product category

and intended use.

  • Electrical stimulation modules (galvanic / low current / high frequency)
  • Vibration and ultrasonic modules
  • Light therapy modules
  • Thermal and cooling modules
  • Technology design based on the sequence: skin structure → electrical and physical signals → device implementation
  • Bioelectrical-based stimulation technologies
  • Multi-mode stimulation architecture
  • Modular technology structures enabling product variation and scalability
  • Protection of intellectual property through patents, design registrations, and certifications

Each module can be applied as a standalone function,and is also structured to enable functional synergy when combined into multi-mode configurations.