Engineered for high thermal cycling stability, matching the operational demands of Canadian clinical and industrial laser systems.
Designed for harsh industrial environments, utilizing advanced golden vertical design parameters optimized for cold-start stability.
High-power density hair removal stack component compatible with clinical standards across major Canadian medical aesthetic facilities.
Premium component replacement offering precise 808nm wavelength accuracy and high duty-cycle capabilities for busy treatment centers.
Incorporates micro-channel cooler technologies to optimize thermal transfer efficiency, maximizing system lifespan and safety profiles.
Canada’s diverse advanced manufacturing, aerospace, and medical aesthetic sectors require precision-engineered spare parts to prevent costly equipment downtime. From industrial laser cladding facilities in Ontario and Alberta's oil and gas machinery workshops to high-throughput aesthetic clinics in Toronto, Montreal, and Vancouver, operating margins depend directly on laser diode longevity and thermal management efficiency.
Unique environmental conditions across Canada—such as dry winter heating and low ambient storage temperatures—stress optical components and water-cooling lines. Without advanced Gold-Tin (AuSn) solder technology and micro-channel architectures, standard laser modules run the risk of premature bar degradation and catastrophic alignment shifts. Our parts are designed specifically to operate within these fluctuating thermal environments, offering drop-in compatibility and consistent optical performance.
Welcome to Xi’an Prima Beauty Equipment Co., Ltd., your trusted global partner for high-precision aesthetic and industrial laser modules. With over 10 years of expertise in manufacturing laser assemblies, we specialize in the research, development, and high-volume production of state-of-the-art diode stacks and components.
We supply a comprehensive catalog of components, including Diode hair removal laser modules, CO2 fractional laser optical elements, Pico laser arrays, and IPL assemblies. By integrating semiconductor laser chip packaging and aesthetic equipment manufacturing under one roof, we guarantee unmatched quality control from the raw semiconductor level to final assembly.
Our dedicated R&D division focus on advancing micro-channel coolers (MCC) and gold-tin solder packaging, resolving critical heat dissipation issues in high-power systems. Through robust logistics networks, we offer rapid shipping and technical support directly to clinical centers and distributors across Canada.
We provide ongoing technical support, quality guarantees, and customization options tailored to the demands of Canadian distributors.
We integrate the entire laser production chain, from semiconductor chip assembly and golden solder bonding to complete module packaging. This vertical integration allows us to keep pace with the latest advancements and deliver superior electro-optical conversion efficiency.
Our commitment to quality is absolute. Each laser diode stack and component undergoes extensive stress testing, burn-in periods, and optical spectrum characterization to ensure drop-in compatibility and durability under intensive clinic conditions.
We support fully customized laser stack heights, wavelengths (e.g., 755nm, 808nm, 940nm, 1064nm mixtures), and mechanical housing dimensions. This allows Canadian OEMs to build high-performance systems and retro-fit existing clinical handles seamlessly.
Our products comply with international medical and industrial equipment safety regulations, including FDA and CE standards.
Historically, many beauty and industrial laser modules used Indium solder bonding due to its soft physical properties and lower processing temperatures. However, Indium-bonded lasers suffer from "thermal fatigue," where prolonged thermal cycling causes the Indium to migrate and oxidize. This results in local hotspots, localized resistance, and diode failure.
Our advanced manufacturing process exclusively utilizes Gold-Tin (AuSn) hard solder. This design prevents thermal fatigue and maintains high shear strength up to its melting point of 278°C. For clinics and factories operating across Canada, this choice translates to major long-term benefits:
Note: Data collected under typical laboratory parameters running at 10Hz pulse frequencies in 22°C ambient room temperatures.
Our ongoing development roadmap ensures we supply top-tier technology to the Canadian clinical market.
Combining 755nm, 808nm, and 1064nm light on a single bar substrate. This approach maximizes absorption across varying skin depths, catering to the diverse patient demographics seen in clinical environments from Vancouver to Toronto.
Reducing internal water channel dimensions to the sub-micron scale, increasing surface-area-to-volume ratios. This upgrade enhances dissipation profiles to extend diode stack lifespans.
Integrating micro-thermal sensors directly into the diode housing, enabling real-time temperature telemetry to prevent thermal runaways.
We specialize in designing bespoke laser configurations tailored to your specific application requirements. Whether modifying mechanical housings to fit older aesthetic chassis or configuring customized electrical setups, our engineering division supports your requirements:
High-power vertical arrays, MCC hair removal stacks, and replacement modules optimized for Canadian operators.
Designed for sheet metal processing machinery, providing stable linear laser output under high thermal load environments.
High-power modular replacement designed to restore maximum energy fluence in multi-platform aesthetic systems.
A compact and reliable 500W assembly, built with AuSn hard solder to resist degradation caused by frequent power fluctuations.
Compatible drop-in replacement module featuring gold-plated copper components designed for premium aesthetic platforms.
High-power modular array equipped with Fast Axis Collimation (FAC) lenses, optimized for university research and industrial pump lines.
Combines 808nm and 1064nm wavelengths in a single housing, optimizing safety and absorption across Fitzpatrick skin types I-VI.
Micro-Channel Module assembly featuring high heat-removal capability, preventing thermal damage in high-use clinical platforms.
Triple-wavelength diode stack configured for high-power clinical hair removal, offering broad-spectrum coverage.
Detailed technical information supporting procurement managers and clinical laser service providers throughout Canada.
Our Micro-Channel Cooler (MCC) modules are designed to run on high-purity deionized (DI) water. Mineral content in standard tap water can clog micro-channels within weeks. We seal our diode modules using advanced plating techniques to prevent galvanic corrosion, ensuring long-term cooling efficiency when operated with appropriate DI water filtration systems.
Yes. Our modules are designed as drop-in replacements for major industry platforms. Our engineering division configures customized optical footprints and electrical connections to match standard OEM specifications, allowing technicians to rebuild handles at a fraction of the cost of buying new handpieces.
We work with international logistics providers (such as DHL, FedEx, and UPS) to deliver in-stock spare parts to major Canadian destinations—including Toronto, Montreal, Calgary, and Vancouver—within 3 to 5 business days. Customized OEM/ODM diode stacks typically require a 2-week production lead time before dispatch.
The 940nm wavelength aligns with the absorption bands of Ytterbium-doped fiber lasers (Yb-fiber). This makes it highly efficient for pumping applications. Additionally, its lower atmospheric absorption profile makes 940nm ideal for industrial distance sensing and inspection equipment used in cold outdoor environments.
Every laser stack undergoes strict burn-in testing, optical power calibration, spectral analysis, and microscopic visual inspections. These steps ensure each diode bar operates within specified wavelength tolerances (typically ±3nm) and maintains stable output before packaging.
Minimize system downtime. Contact our technical engineering team for drop-in replacements, custom OEM configurations, and volume distribution pricing tailored for Canada.
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