Industrial-grade diode stacks and advanced optical arrays engineered for medical aesthetic devices. Standardized configurations manufactured to meet clinical longevity specifications.
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 solid-state laser technology.
Prima Beauty Laser is recognized for supplying globally accredited systems, such as Diode hair removal laser machines, CO2 fractional lasers, Pico laser systems, IPL laser machines, and highly optimized Q-Switched Nd:YAG tattoo removal machines. By integrating laser chip design, optoelectronic alignment, and medical housing assembly under a single quality control standard, we serve medical aesthetics clinics and distributors worldwide with precision-grade equipment.
The landscape of tattoo and pigment removal is shifting toward ultra-short pulse durations and optimized thermal profiles. Modern clinical protocols require exact control over the acoustic and thermal relaxation times of ink particles to ensure complete clearance with zero scar tissue development.
We implement active electro-optic (EO) Q-switching using KD*P crystals. Compared to passive or acousto-optic alternatives, EO Q-switching allows pulse gating down to 6ns - 10ns, producing peak power densities exceeding gigawatts per square centimeter.
By employing Diffractive Optical Elements (DOE), our handpieces transform standard Gaussian profiles into homogenized Flat-Top beams. This prevents localized hot spots, minimizes epidermal blistering, and guarantees uniform energy distribution across the treatment spot.
Our Nd:YAG rods operate natively at 1064nm for dark inks and incorporate internal frequency-doubling KTP crystals to generate 532nm for red and orange pigments. Optional solid-state dye conversion tips support 585nm and 650nm targets.
Our operational infrastructure guarantees that global aesthetic brands and clinics receive certified, durable, and highly clinical-effective laser systems.
As a mid-to-high-end beauty equipment manufacturer, we integrate laser chip packaging, diode bar stack mounting, solid-state optical alignment, and complete chassis fabrication under a single facility roof, ensuring component compatibility and end-to-end traceability.
Every Nd:YAG laser source undergoes continuous 48-hour thermal cycle testing and high-power energy drift analysis. Our quality control parameters dictate that maximum energy output variance must not exceed ±3% over 1 million consecutive pulses.
We provide complete design flexibility for global medical distributors. This includes customized GUI branding, integrated database controls, dual-pulse configuration setups, and localized outer chassis configurations suited for specific regional regulatory codes.
Operating out of Xi'an, our manufacturing floor integrates modern manufacturing practices (Factory 4.0 standard) to solve typical quality drift and supply-chain delay issues encountered in low-cost assemblies.
Laser cavity alignment requires near-zero contamination. Our assembly and cleanrooms meet Class 10,000 cleanroom standards, preventing micro-dust settling on high-power Nd:YAG rods, KTP frequency-doubling crystals, and polarizing optics. This significantly reduces optical degradation and maintains long-term power conversion efficiency.
We source high-purity oxygen-free copper and use gold-tin (AuSn) bonding to prevent oxidation within our laser stacks. Our thermal design includes intelligent temperature controllers linked to high-flow internal heat-exchange radiators, keeping the laser cavity below 25°C even during prolonged high-frequency clinical duty cycles.
Medical spa chains, large aesthetic franchises, and regional equipment distributors require specialized machinery configurations that align with localized market expectations and regulatory pathways.
Our laser systems feature universal switching power supplies capable of operating across international electrical standards (110V/220V, 50Hz/60Hz). Systems are fitted with dedicated isolation transformers to prevent localized current spikes from damaging internal electronics.
We supply a built-in interactive patient database system that stores treatment records. Smart algorithms recommend optimal energy densities (J/cm²), spot sizes, and repetition rates based on skin phototypes (Fitzpatrick Scale I-VI) and ink depths.
Utilizing high-grade ABS plastic coupled with internal steel reinforcement framing, our machines are designed to endure long-distance shipping shock and constant repositioning within clinical offices without risking misalignment of optical components.
Regulatory environments dictate the commercial viability of medical spa systems. We offer comprehensive documentation and training packages to ensure that imported products align with local safety regulations.
Our systems comply with European medical equipment standards. We provide complete CE test reports, electromagnetic compatibility (EMC) files, and electrical safety certificates (IEC 60601-1) to support your licensing registrations.
To reduce clinic downtime, we supply plug-and-play modular replacement components. Handpiece assemblies, cooling pumps, and display modules can be swapped easily by local technicians. We also provide step-by-step video diagnostics and schema diagrams.
We offer clinical training resources including laser safety protocols, Fitzpatrick skin assessment guidelines, pulse spacing techniques, and comprehensive tattoo ink color management modules to help clinical operators maximize patient outcomes safely.
Our production floor is audited annually to ensure it adheres to international standards. These credentials support import processes and protect clinical operators from product liability risks.
For medical spas and clinic owners, a Q-Switched Nd:YAG laser represents a key source of revenue. Complete ink clearance requires multiple sessions, establishing a steady client return pattern. Optimizing patient throughput is critical for driving clinic profitability.
Ergonomic handpieces, lightweight articulated arms, and foot-pedal interfaces minimize physical strain on technicians during busy schedules, allowing comfortable operation throughout consecutive treatments.
Consistent energy delivery prevents unexpected skin reactions. This allows clinics to confidently set clear treatment intervals and schedule predictable client appointments without needing to accommodate recovery delays.
Beyond tattoo removal, Nd:YAG lasers support carbon peels, melasma treatments, and general skin rejuvenation therapies, ensuring high machine utilization and diverse clinical treatment offerings.
Technical specifications and answers to common queries for clinical directors and import buyers considering equipment acquisitions.
Professional micro-channel laser diode modules and multi-wavelength diode arrays engineered to restore clinical performance to high-duty-cycle aesthetic devices.
Prima Beauty
