Explore our premium high-power laser modules and stacks engineered for medical, industrial, and aesthetic platforms.
In the rapidly advancing B2B landscape of aesthetic, surgical, and micro-industrial applications, the choice of an OEM CO2 Laser Machine Supplier & Factory is critical. Gas lasers, specifically operating at the 10,600 nm, 9,600 nm, and 10,200 nm wavelengths, continue to serve as the golden standard for skin resurfacing, soft-tissue vaporization, surgical incision, and non-metal micromachining. Modern medical aesthetics demand high spatial stability, precise pulse width modulation (PWM), and predictable thermal relaxation times to maximize clinical outcomes while minimizing collateral dermal heating.
As high-end optoelectronic devices evolve, top-tier factories have transcended basic structural assembly. Today's market requires robust vertical integration: from high-power diode laser chips and RF-excited metal tubes to the advanced optical systems that shape the beam delivery. Understanding the subtle engineering distinctions between glass DC tubes and metal/ceramic RF-excited tubes, as well as the thermodynamics of beam attenuation, is key to choosing the right partner for customized, high-throughput manufacturing.
| Laser Source Technology | RF-Excited Metal Tube CO2 Lasers | Glass Tube DC-Excited CO2 Lasers |
|---|---|---|
| Operating Lifespan | 20,000+ continuous hours (Refillable design) | 1,500 – 5,000 hours (Consumable component) |
| Pulse Performance | Ultrafast rise/fall times (<100 microseconds), high frequency modulation | Slower response, limited thermal relaxation control |
| Beam Spot Quality (M²) | Excellent, typical M² < 1.2 (Ultra-fine spot size for fractional scanning) | Moderate to poor, M² > 1.5 (Prone to heat dispersion) |
| Power Output Stability | Highly stable (±1% to ±3% variation) | Fluctuates with temperature (±5% to ±10% drift) |
| Target Sectors | Clinical fractional systems, surgical tools, micro-electronic processing | Entry-level beauty systems, basic engraving machines |
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 beauty technology.
Prima Beauty Laser is known for providing a wide range of high-quality beauty equipment, such as Diode hair removal laser machines, CO2 fractional laser machines, Pico laser machines, IPL laser machines, Skin management machines, and more. With more than 10 years of aesthetic and laser experience, our head office integrates the research and development of diode lasers and solid-state lasers, including the production, sales, and manufacturing of high-performance beauty equipment.
Years of R&D Experience
Max Peak Diode Capacity
Global Export Markets
Medical-grade Quality Control
The convergence of photonics, material sciences, and artificial intelligence is reshaping the future of laser engineering. Modern product development focuses on the integration of smart sensors and real-time control loops directly within the laser diode driver and RF power supply modules. Our technology roadmap highlights several major shifts:
By leveraging high-power diode laser chips and micro-optics, we minimize beam dispersion and thermal resistance. Implementing Fast Axis Collimation (FAC) lenses at the packaging level allows for highly collimated output beams, which are essential for precision medical treatments and material cutouts.
Future laser chassis will utilize internal power monitoring sensors and embedded closed-loop controllers. This technology dynamically calibrates energy output at the handpiece, compensating for optical fiber degradation or gas pressure fluctuations in real-time, ensuring safe and predictable energy delivery.
Blending CO2 lasers (10,600 nm) with diode wavelengths (e.g., 808 nm, 1540 nm) inside a single optical pathway is a major area of exploration. This hybrid configuration allows practitioners to perform deep dermal remodeling and superficial fractional ablation simultaneously, reducing patient downtime.
As a leading supplier based in Xi'an, China, we operate within a highly integrated high-tech industrial cluster. This localized network ensures reliable material sourcing, high performance, and rapid manufacturing cycles. By moving from chip packaging to final chassis assembly under one roof, we eliminate intermediate supply chain margins and secure complete control over device quality.
Our facility features cleanrooms class 10k/100 for optoelectronic chip packaging. We utilize advanced automated alignment equipment to pair laser diode bars with micro-channel coolers (MCC) and FAC lenses. In-house CNC machinery builds custom frames and laser housings, allowing us to pivot from mass production to specialized, low-volume custom batches without facing long delays.
We perform gold-tin (AuSn) vacuum soldering for high reliability and excellent thermal conductivity. This design prevents thermal stress, extending the operational life of high-power multi-bar diode stacks and RF wave-guides.
Every product undergoes extensive testing, including thermal imaging analysis, spectrophotometer verification, and dynamic burn-in testing. These steps guarantee consistent pulse stability and prevent optical breakdown during operation.
Located in a major industrial hub, our factory has direct access to high-quality optical components, reliable electrical components, and durable structural metals, allowing us to maintain stable lead times even during global supply chain challenges.
In addition to our extensive product range, we provide professional, end-to-end OEM/ODM services, enabling global distributors, medical brands, and industrial clients to customize and co-develop laser systems that meet their exact technical requirements.
As a Chinese mid-to-high-end beauty equipment supplier, we prioritize customer satisfaction and offer excellent after-sales support. Our dedication to innovation has enabled us to integrate the research and development of laser chips, wafer packaging, manufacturing, and sales under one roof. This ensures you receive the latest advancements in beauty technology, backed by our technical expertise.
Our commitment to quality is unwavering. Every device undergoes rigorous testing to ensure it meets our high standards before it reaches your hands. We support complete OEM/ODM customization. Whether you require tailored beauty equipment specs or unique laser chips, we can customize every aspect to fit your operational needs.
We provide full design customization, enabling clients to build and brand their beauty and medical platforms to match localized marketing strategies. Whether you are seeking to upgrade an existing aesthetic clinic or build a proprietary device catalog, we have the manufacturing capabilities to exceed your expectations.
High-power CO2 and diode laser sources serve a wide range of global industries. By matching specific optical delivery systems with configured pulse parameters, our systems support diverse clinical and industrial applications:
Utilizing fractional laser scan systems, our CO2 platforms treat wrinkles, scars, and dynamic dyschromia. Delivering micro-ablative columns into the skin prompts natural wound healing and collagen synthesis, while leaving surrounding tissue intact for rapid recovery.
Surgical handpieces equipped with a focused CO2 laser provide clean cuts and immediate hemostasis. This makes them ideal for gynecology, ENT, and dental procedures, as the laser vaporizes tissue while sealing capillaries to reduce bleeding.
Industrial CO2 laser engines are optimized for high-speed cutting, drilling, and marking of non-metal substrates, such as acrylics, wood, polymers, and glass. The stable beam quality ensures crisp edges, high repeat accuracy, and minimal thermal distortion.
Bringing medical-grade laser equipment into global markets requires strict compliance with international standards. We design and manufacture all products under ISO 13485 quality systems, ensuring trace documentation for every laser component, optical element, and driver board. Our systems are engineered to comply with major regulatory standards:
Our platforms are designed to meet the strict European Medical Device Regulation standards, ensuring comprehensive clinical evaluation and risk analysis.
We build our devices with dual interlocks, emergency stop switches, emission warning lights, and optical shutters that conform to FDA Class IV safety guidelines.
Through robust shielding and high-grade power supplies, our machines limit electromagnetic interference and are tested to meet IEC 60601-1 electrical safety codes.
We construct all assemblies with lead-free components and materials that comply with RoHS directives, supporting sustainable production processes.
To complement our manufacturing quality, we provide comprehensive technical support, including training, engineering assistance, after-sales service, and client management support. We recognize that reducing machine downtime is critical for clinical and industrial operators. That is why we offer replacement assemblies, quick-ship replacement laser diode stacks, and optical guide repairs directly from our global service centers.
Our commitment to manufacturing excellence is backed by international quality audits, CE markings, and compliance certificates.
RF-excited metal/ceramic tubes use radio-frequency power supplies to generate stable, high-speed pulses, yielding a long service life of over 20,000 hours and a high-quality beam spot (M²<1.2). In contrast, glass DC tubes rely on high-voltage direct current, which is more cost-effective but has a shorter lifespan (1,500 - 5,000 hours), slower pulse response times, and a larger heat-affected zone.
Laser diode bars naturally emit highly divergent light along their fast axis. Integrating a specialized cylindrical FAC lens directly at the package level redirects and aligns this light into a highly collimated, parallel beam. This optimization improves coupling efficiency into optical fibers or delivery handpieces, maximizing the output power density.
Yes, we specialize in customizing multi-wavelength stacks. We can package combinations of 755nm, 808nm, 940nm, and 1064nm wavelengths in a single diode stack assembly. This allows beauty and medical systems to target different skin phototypes and hair depths with a single handpiece.
For standard OEM modifications (such as custom branding, casing colors, and software GUI changes), lead times range from 4 to 6 weeks. For complex ODM projects involving custom electronics, optical engineering, or proprietary chassis designs, our R&D cycle spans 12 to 16 weeks, including prototype verification and initial safety testing.
Micro-channel coolers use ultra-fine channels directly beneath the laser chips, requiring high-purity deionized water to prevent clogging while delivering excellent heat dissipation. Macro-channel coolers feature larger water channels, allowing for more relaxed water filtration requirements and easier maintenance, though they provide slightly lower thermal efficiency compared to MCC configurations.
We support our partners with comprehensive installation guides, calibration tools, high-resolution training videos, and online engineering consultations. We also provide modular replacement parts (such as pre-calibrated laser drivers, power supplies, and optical handpieces) to simplify local maintenance and keep equipment downtime to a minimum.
Explore our high-power line arrays, diode stacks, and replacement laser assemblies.
Prima Beauty
