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BM35
Newangie
In the field of treating pigmented lesions, Q-switched Nd:YAG laser technology is globally recognized by dermatologists as the "gold standard." Newangie’s Q-switched laser tattoo removal system is built upon this proven technology—a versatile nanosecond aesthetic laser device developed through years of iterative upgrades.
The BM35 employs advanced Q-switching technology to compress laser energy into ultra-short pulses (6 ns), generating a powerful photoacoustic effect rather than a purely photothermal one. This allows for the precise fragmentation of pigment particles while significantly minimizing thermal damage to the surrounding normal skin. Compared to traditional Q-switched lasers, the BM35 not only achieves higher peak power and more stable energy output but also, through its integrated tri-wavelength design, consolidates the treatment of epidermal pigments, dermal pigments, tattoo inks, and skin rejuvenation needs into a single unit—truly delivering a "one device, comprehensive solution."
Benefiting from the hardware upgrades introduced in Newangie’s new generation of Q-switched laser systems released in 2026, the BM35 represents a qualitative leap forward in terms of optical component longevity, structural stability, and energy precision. It offers beauty salons and dermatology clinics a safe, efficient, and durable professional-grade solution.
Laser Type | Q-switchlaser |
Wavelength | 532nm,1064nm,755nm |
Operation Interface | 15.6 screen |
Arm | lmported from Korea |
Spot size | 2-10mm |
Energy | 800mJ/ 1200mJ@1064nm 400mJ/600mJ@532nm |
Pulse duration | 5-6ns |
Frequency | 1-10Hz |
Power Supply | AC 220-240V 50Hz AC 90-110V 60Hz |
The Newangie BM35 features an integrated tri-wavelength optical system, combining three distinct laser wavelengths into a single device to provide precise, targeted solutions for pigmentary issues varying in both depth and color.
Applicable Pigment Types: Freckles, sun spots, café-au-lait spots, age spots, and other forms of epidermal pigmentation.
Applicable Tattoo Colors: Red, yellow, orange, and other warm-toned tattoos.
Targeted Depth: From the epidermis to the superficial dermis.
Mechanism of Action: This short wavelength is readily absorbed by the red, brown, and black melanin found in the superficial layers of the epidermis, enabling precise fragmentation without damaging deeper tissues.
Applicable Pigment Types: Nevus of Ota, Hori's nevus (Aquired Bilateral Nevus of Ota-like Macules), and deep-seated pigmentary spots.
Scope of Application: Skin rejuvenation, skin brightening and toning, improvement of enlarged pores, and removal of aging keratin and blackheads.
Targeted Depth: Mid-dermis.
Special Note: When used in conjunction with the "Honeycomb" handpiece, energy distribution becomes more uniform—making it particularly suitable for precision treatments on individuals with lighter skin tones.
Applicable Pigment Types: Nevus of Ota, acquired Nevus of Ota-like macules, melasma, and post-inflammatory hyperpigmentation (PIH).
Applicable Tattoo Colors: Black, dark blue, dark brown, and other dark-colored tattoo inks.
Targeted Depth: From the deep dermis down to the subcutaneous tissue.
Mechanism of Action: With its long wavelength and deep penetration capabilities, it precisely reaches pigment particles located deep within the dermis, shattering them in a single powerful pulse.
By integrating these three wavelengths, Newangie's aesthetic device achieves comprehensive coverage across "all depths, all colors, and all skin types"—truly delivering multi-functional versatility in a single machine!
Delivers a single, high-energy pulse to target deep pigments or tattoos, effectively breaking down dense or dark ink.
- Deep or dense tattoos
- Large tattoos
- Pigments embedded deep in the skin
Uses rapid, short pulses to break down tattoo pigment into smaller particles, minimizing heat buildup for safer, faster treatments.
- Multi-layered tattoos
- Stubborn or difficult ink colors
- Sensitive skin areas
When the nanosecond-duration, ultra-short pulses emitted by the BM35 interact with target pigments within the skin—such as melanin granules or tattoo ink particles—the energy is absorbed within an extremely brief timeframe. This absorption generates a powerful photoacoustic effect and accompanying shockwaves, which shatter the pigment particles into minuscule fragments (comparable in size to dust).
These ultrafine particles are subsequently engulfed and metabolically cleared away by the body's macrophages. Because the pulses are exceptionally brief, thermal energy has virtually no time to diffuse into the surrounding tissues; consequently, thermal damage to normal skin is negligible. This process achieves a perfect synergy between true "selective photothermolysis" and the "photoacoustic effect." Post-treatment redness and swelling are mild, and any resulting scabbing is thin—or even imperceptible—causing minimal disruption to one's daily work and social life. For this reason, the procedure is often hailed as "Lunchtime Beauty."
