High-efficiency diode stacks, micro-channel coolers, and multi-wavelength laser modules optimized for precision dermatological and aesthetic interventions.
Xi'an Prima Beauty Equipment Co., Ltd.
Welcome to Xi’an Prima Beauty Equipment Co., Ltd., your trusted partner in the world of high-quality beauty equipment. With over 10 years of experience in manufacturing laser beauty equipment, we take pride in being a leading beauty equipment factory, specializing in the production, research, and development of cutting-edge optical and aesthetic technologies.
Prima Beauty Laser is recognized for offering a robust suite of solutions, including Diode hair removal laser machines, CO2 fractional laser machines, Pico laser machines, IPL systems, and advanced Skin Management platforms. Our facility integrates laser chip R&D, solid-state laser packaging, and full-assembly manufacturing under one vertical integration framework, ensuring unmatched quality control and agility.
A synergistic blend of proprietary technology, strict medical manufacturing guidelines, and tailored OEM/ODM capacity.
We prioritize innovation. Our vertical integration of laser chips, micro-channel coolers (MCC), and solid-state laser architectures ensures clients receive the latest technical iterations with minimal energy loss and maximum therapeutic yield.
Every product undergoes extensive stressors—including high-frequency vibration, 48-hour continuous pulse firing, thermal cycle imaging, and energy output calibration—ensuring medical-grade compliance and predictable clinical outcomes.
We supply custom enclosures, interface localization, multi-wavelength configuration options (755nm, 1064nm, 532nm), and custom driver software to align with your regional regulatory standards and brand identity.
Verified international standards guaranteeing compliant distribution and clinically safe operations globally.
A comprehensive assessment of optoelectronic architectures, biological tissue interactions, and industrial procurement criteria.
The elimination of exogenous pigment particles from the human dermis depends on the principle of Selective Photothermolysis, complemented by photoacoustic shockwave disruption. When tattoo ink is injected into the skin, the pigment particles are phagocytosed by macrophages but remain trapped within the dermal matrix due to their large physical dimensions (typically ranging from 20 to 100 microns).
To safely eliminate these pigments without compromising adjacent thermal relaxation boundaries, a medical laser system must deliver high energy density within a pulse width shorter than the thermal relaxation time of the ink particle. For typical tattoo ink granules, the thermal relaxation time is estimated to be between 10 to 100 nanoseconds. This necessitates Q-switched (nanosecond) or ultra-short pulse (picosecond) architectures.
Different pigment chemistry requires targeted wavelengths for optical breakdown. A high-quality professional tattoo removal machine must utilize multiple, precise wavelengths to ensure complete clearance of multi-colored tattoos:
The global aesthetic dermatology sector is transitioning from photothermal-dominant systems to photoacoustic-dominant systems. The technical roadmap of tattoo removal machines shows clear technological generations:
Traditional Q-Switched Nanosecond lasers rely heavily on photothermal action, heating the pigment until it fractures. However, this process risks thermal diffusion into the surrounding collagen fibers, potentially causing scarring or post-inflammatory hyperpigmentation (PIH).
Modern Picosecond technology utilizes pulse widths in the range of 300 to 750 picoseconds. At this speed, the pulse delivers energy so quickly that the ink undergoes Photoacoustic Breakdown. The pigment particles fracture into microscopic dust-like fragments via mechanical shockwaves. These smaller particles are cleared much more rapidly by the lymphatic system, reducing the number of clinical sessions required by 40-50%.
Next-generation systems are incorporating flat-top profile handpieces. Unlike Gaussian beam shapes, which have hot spots in the center, flat-top beams distribute energy uniformly across the treatment spot. This minimizes epidermal damage and ensures consistent clinical results across the entire treatment area. Additionally, multi-pulse train capabilities (firing multiple sub-pulses in microsecond intervals) allow for the fragmentation of highly concentrated pigment layers while allowing the epidermis to cool down between pulses.
Aesthetic distributors and clinics demand scalable systems that accommodate a wide patient demographic. Xi'an Prima Beauty Equipment develops platform-oriented machinery that integrates several functional modules:
As a leading Chinese manufacturer, Xi'an Prima Beauty Equipment utilizes advanced factory automation (Factory 4.0 standards) to produce high-grade optical devices. Laser chip fabrication and assembly require Class 10,000 cleanrooms and precise automated optical alignment tools.
High-energy solid-state lasers produce significant thermal loads at the laser crystal and diode stack levels. Traditional macro-channel systems lack the surface area to dissipate heat efficiently under high duty cycles. Our factory specializes in Micro-Channel Cooler (MCC) technology. By micro-etching cooling channels (width < 100 microns) into copper substrates, we increase heat transfer efficiency by 300%. This extends the lifespan of our laser stacks and maintains stable optical output.
A major cause of diode laser failure is thermal stress at the solder joints. While many manufacturers use soft indium solder, our facility employs gold-tin (AuSn) hard solder bonding. AuSn solder has high resistance to thermal fatigue, oxidation, and electromigration, protecting the diode stack from degradation even under high-frequency operation.
Importing aesthetic machinery requires compliance with local medical regulations. A high-quality professional tattoo removal machine must meet international safety and performance criteria:
Procurement departments must look beyond marketing claims and evaluate technical specifications when selecting a manufacturing partner:
| Technical Metric | Standard Value | Impact on Clinical / Operation Performance |
|---|---|---|
| Pulse Duration | 300 ps - 10 ns | Determines the balance of photoacoustic vs. photothermal effect. Shorter duration reduces collateral damage. |
| Fluence (Energy Density) | Up to 15 J/cm² | Ensures effective penetration and breakdown of deep-seated ink deposits in thick dermal layers. |
| Spot Size Selection | 2 mm to 10 mm (adjustable) | Larger spot sizes provide deeper light penetration and improve treatment speed for large tattoos. |
| Cooling Architecture | TEC Active + Water + Air cooling | Maintains system temperature stability, preventing wavelength drift and diode damage. |
| Handpiece Lifetime | 20 Million + Shots | Directly determines the long-term ROI of the system. |
Detailed technical and clinical answers addressing the core concerns of distributors, clinic owners, and procurement professionals.
Engineered for high-duty cycles, repair services, and new platform developments.
Prima Beauty