Professional Tattoo Removal Machines
Expand your clinic’s treatment menu with JingBow’s professional tattoo and pigment removal machines. Utilizing high-peak-power Q-Switched Nd:YAG and advanced picosecond laser technologies, our systems safely shatter stubborn ink particles and benign pigmented lesions across all skin types. Browse our CE-certified selection below to offer high-efficiency laser clearance with minimal patient downtime.
OEM / ODM
Custom branding solutions.
Clinical Training
Free operation training.
Marketing
Promotional support.
Repair Support
24/7 technical help.
High-Peak-Power Lasers for Pigment Clearance and Skin Renewal
The demand for non-invasive tattoo and pigment removal treatments continues to rise globally. To deliver clean clearance without scarring, modern clinics require high-peak-power lasers that rely on photoacoustic shockwaves rather than high thermal heat. JingBow designs and manufactures medical-grade tattoo removal platforms that efficiently shatter embedded ink particles while minimizing heat accumulation in the surrounding dermis. This precise action accelerates the body’s natural lymphatic clearance, leading to fewer treatment sessions and high patient comfort.
Our Core Tattoo Removal Technologies
-
Q-Switched Nd:YAG Lasers: Utilizing standard dual wavelengths of 1064nm (for dark blue/black ink and deep dermal lesions) and 532nm (for red/orange ink and epidermal pigments). An optional 1320nm tip is available for carbon peel facial rejuvenation (Black Doll treatment).
-
Picosecond Laser Systems: Delivering energy in ultra-short picosecond pulse durations. This rapid delivery generates a strong photoacoustic impact that shatters target pigments into microscopically fine, dust-like particles, facilitating faster clearing rates by macrophages.
-
Flat-Top Beam Profiles: Equipped with advanced articulated arms or optical handpieces that distribute energy evenly across the treatment spot. This prevents hot spots, reduces the risk of blistering, and ensures consistent treatment results.
Why Partner with JingBow for Tattoo Removal Solutions?
-
Customizable Parameter Settings: Our systems feature adjustable spot sizes and energy fluences, allowing operators to safely customize treatment protocols based on the patient’s skin type, tattoo age, and ink density.
-
Long-Term System Stability: Built with high-capacity internal cooling systems (including water-to-air heat exchangers) to ensure the laser resonators remain stable during back-to-back clinical appointments.
-
Direct Manufacturer Support: We provide comprehensive training guides, technical specifications, and continuous part supplies to support your medical distribution or clinic network.
Why Choose JingBow
Your trusted partner in aesthetic technology.
Factory Direct Price
Eliminate middleman costs. Get the best ROI with our competitive factory-direct pricing structure.
Strict Quality Control
All machines undergo rigorous 48-hour testing. ISO 13485 compliant manufacturing with CE certification.
Fast & Safe Delivery
Ready stock for popular models. Professional crating and established logistics partners ensure safe arrival.
Frequently Asked Questions
Q: What is the main difference between Q-Switched nanosecond and Picosecond lasers?
A: Traditional Q-Switched nanosecond lasers rely heavily on thermal action to heat and break down ink particles. Picosecond lasers deliver energy in trillionths of a second, shifting the primary mechanism of action from photothermal to photoacoustic. This breaks the ink into much smaller particles with significantly less thermal stress on surrounding skin, reducing the risk of post-inflammatory hyperpigmentation.
Q: How many wavelengths do your tattoo removal machines offer?
A: Our standard configurations include 1064nm and 532nm wavelengths. Depending on the model, we can integrate additional wavelengths (such as 585nm or 650nm) to help target challenging ink colors like light blue, green, or yellow.
Q: Are these laser treatments safe for darker skin tones?
A: Yes, but careful parameter settings are essential. For patients with darker skin types (Fitzpatrick types IV to VI), the 1064nm wavelength is the safest option because it has low absorption in epidermal melanin, reducing the risk of hypopigmentation, hyperpigmentation, or structural scarring.