Fitting a 150W laser into a handheld hair removal device produces high energy output within a small frame, delivering results beyond imagination.
The core laser module of this machine comes with a one-year warranty, guaranteeing stable performance and peace of mind for operators.
Achieves a perfect balance between high treatment efficiency and portable machine design.
The energy is concentrated and stable to prevent excessive dispersion, targeting follicles precisely.
Luminous tube technology, limited to 300,000 shots, resulting in low treatment efficiency.
Coherent laser technology delivering 50,000,000 shots with highly obvious effects. Features a small size, easy carrying, and cost-effective pricing.
Large frame size, difficult to transport, and carries a very expensive price tag.
The applicator handle fits perfectly into the base, enabling easy placement without shaking. This ensures physical safety during usage and storage.
The screen on the handle and the main host are linked in real-time, allowing operators to easily complete and manage the laser start sequence.
A 1 to 6 level adjustable cooling system allows you to flexibly select the cooling intensity according to different skin types and treatment requirements.
Effectively and rapidly reduces the skin surface temperature during treatment to ensure a pain-free process.
The system uses the optimal hair removal wavelength of the diode to achieve deep penetration into the dermis layer where the hair follicle resides. During the treatment procedure, a series of low fluence, high repetition rate pulses increases the temperature of both the hair follicle and the surrounding nourishing tissue to 45 degrees Celsius. This gradual heat delivery uses the chromophores in the surrounding tissue as reservoirs to effectively heat up the hair follicle. This, combined with the heat energy absorbed directly by the hair follicle, damages the follicle and prevents re-growth.
The diode laser hair removal machine targets hair follicle melanocytes without injuring the surrounding tissue. The laser light is absorbed by the hair shaft and the melanin inside the follicles, converting into heat to raise the follicle temperature. When the temperature rises high enough to irreversibly damage the structure, the follicle disappears through natural physiological processes, achieving permanent hair removal.