High-output microchannel coolers and macrochannel arrays configured for immediate integration and clinical repairs.
Why modern aesthetic practitioners prioritize triple-wavelength setups over single wavelength technologies.
In medical aesthetic laser systems, targeting the hair follicle matrix requires accurate thermal damage to the follicle without harming surrounding tissues. Traditional single-wavelength lasers (mostly 808nm) often present limitations when treating Fitzpatrick skin types V and VI, or when addressing thin, lightly pigmentated hair. Leading 3 wavelength diode laser hair removal factories have engineered integrated laser diode stacks that emit three distinct optical wavelengths simultaneously.
Targets superficial follicular bulges. Ideal for light-skinned, fine-haired patients (Fitzpatrick I-III).
Classic deep follicle penetration. Features high average power and rapid repetition rate for large body regions.
Deepest structural reach targeting the papilla. Safe for Fitzpatrick IV-VI skin profiles due to low melanin absorption.
Integrating these wavelengths within a single monolithic diode stack or hybrid array requires precise alignment of individual semiconductor laser bars. The 755nm, 808nm, and 1064nm bars are stacked closely, utilizing customized optical collimators (FAC - Fast Axis Collimation) and sapphire crystal windows to combine the energy. This ensures that a single pulse delivers uniform energy density (fluence) across the target field. Practitioners can adjust the pulse width relative to the Thermal Relaxation Time (TRT) of the target hair follicle (which ranges between 10ms and 100ms depending on shaft thickness), allowing for safe thermal accumulation without thermal runaway in the surrounding epidermis.
Adapting laser parameters to demographic variations and localized market expectations worldwide.
High demand for fast treatments and painless procedures. Our 1200W to 2400W High-Power modules allow rapid motion treatment (In-Motion/HR mode) up to 10Hz. Standardizes on 755nm / 808nm blends for lighter skin demographics, with Medical CE (MDR) and FDA compliant manufacturing traces.
Predominantly Fitzpatrick IV-VI skin types with thick, deep-rooted hair. The 1064nm wavelength dominates these profiles. Systems configured for these areas utilize advanced Micro Channel Coolers (MCC) to manage high heat loads and maintain active skin cooling through sapphire chill tips down to -10°C.
Mixed populations demand highly versatile systems. A single handpiece emitting the triple wavelength configuration (755/808/1064nm) allows multi-demographic treatment without manual handpiece exchanges, optimizing clinical throughput and shortening ROI cycles for aesthetic clinics.
A professional beauty equipment factory specializing in the production, research, and development of aesthetic laser systems.
Your Trusted Partner in High-Quality Aesthetic Solutions
Welcome to Xi’an Prima Beauty Equipment Co., Ltd., a professional beauty equipment manufacturer with over 10 years of experience in laser beauty systems. We integrate aesthetic research, development of diode lasers, solid-state lasers, chip integration, and precision assembly under one roof.
Our product portfolio ranges from high-energy Diode hair removal laser machines, CO2 fractional lasers, Pico second lasers, to IPL and comprehensive skin management units. Supported by vertical optical integration, we produce reliable diode stacks and modules used by clinical centers and engineering service providers globally.
Comprehensive support, customized laser engineering, and vertical manufacturing control.
As a Chinese mid-to-high-end beauty equipment supplier, we integrate the R&D of semiconductor laser chips, bar packaging, module assembly, and finished system calibration. This allows us to rapidly adopt technology improvements, providing high-efficiency solutions to our clients.
Every device undergoes testing to verify thermal dissipation, pulse duration consistency, and power density output. We support customized OEM/ODM builds for laser modules, chips, and custom cooling frames, tailoring solutions to our buyers' specifications.
In addition to providing off-the-shelf components, we offer OEM/ODM customization to help clients build proprietary brands. From initial design to structural modeling, compliance certification, and after-sales support, we partner with clients to scale their operations.
How vertical integration and optimized cluster production in Xi'an support global B2B procurement.
The global market for medical and industrial aesthetic lasers relies heavily on manufacturing clusters located in China, with Shaanxi Province (Xi'an) serving as a central hub for optoelectronic engineering. The local supply chain provides several key advantages for distributors and medical equipment brands:
Key advancements shaping the next generation of aesthetic laser technologies.
Traditional diode stacks often used Indium soft solder for bar-to-heat sink bonding. However, Indium is prone to thermal fatigue, electromigration, and oxidation under high-current pulsing, which can lead to premature stack failure. Modern production facilities are transitioning to hard-solder AuSn technology. AuSn provides superior thermal conductivity and mechanical strength, helping prevent bar degradation under high-duty cycle clinical applications.
Managing heat generation at the active junction is critical for diode lifespan. Micro-Channel Cooling (MCC) utilizes etched copper plates with microscopic water channels directly below each diode bar. This design yields a high convective heat transfer coefficient, keeping junction temperatures low even during rapid 10Hz firing sessions. For systems operating in challenging water quality environments, Macro-Channel Coolers (MCM) are also engineered to allow a wider range of cooling water parameters.
The integration of real-time optical power sensors and skin impedance detection inside the handpiece is a growing trend. These sensors monitor real-time output degradation and skin contact temperature, providing data feedback to the main CPU. This helps protect the laser stack from back-reflections and thermal damage while improving safety for the patient.
Ensuring compliance with medical device regulations and providing local after-sales service.
Manufacturing medical devices requires compliance with global safety and environmental guidelines. Our factory maintains compliance with several international standards to support smooth import and distribution processes for our B2B partners:
Our quality management systems are audited to ensure medical device design, assembly, and testing processes meet required standards.
We align our product design files and risk assessments with EU Medical Device Regulations to simplify compliance audits for our distributors.
We provide replacement laser stacks, repair components, and technical training to localized repair depots, helping clients reduce repair turnaround times.
Answers to common engineering, procurement, and clinical questions from B2B partners.
High-energy configurations and customized modules designed for long-term clinical performance.
Prima Beauty
