Choosing the right laser hair removal machine affects treatment quality, patient satisfaction, and long-term profitability. Many clinic owners compare triple-wavelength (755 nm + 808 nm + 1064 nm) and 4-wavelength (755 nm + 808 nm + 940 nm + 1064 nm) systems when planning equipment investments. This guide explains how each technology works, the clinical value of adding 940 nm, and the differences between the DepiMED Android and DepiMEDiX platforms in power, cooling, spot sizes, smart features, and maintenance.
The primary difference is the number of laser emission peaks integrated into the handpiece matrix and the specific tissue structures they address. Both configurations use a synchronous blended output: all wavelengths fire simultaneously in a single pulse, treating multiple depths at once without swapping handpieces.
How Does a Triple-Wavelength (755 nm + 808 nm + 1064 nm) Diode Laser Work?
The DepiMED Android combines 755 nm, 808 nm, and 1064 nm laser bars into one optical matrix. Each pulse simultaneously targets superficial and deep follicle structures. The 755 nm wavelength focuses on fine, superficial hair, 808 nm treats the bulb and bulge with balanced penetration, and 1064 nm reaches the deep dermal papilla while minimizing epidermal heating.
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