Explore our high-power laser modules and RF components designed for device manufacturing, handle repairs, and advanced energy-based aesthetic systems.
Radio Frequency (RF) technology has revolutionized the aesthetic industry, presenting a safe, non-invasive alternative to traditional surgical rhytidectomy. By exploiting the electrical resistance of skin tissue within a high-frequency electromagnetic field, RF energy heats the deep collagen-rich layers of the dermis to a critical therapeutic window (typically between 55°C and 68°C) while preserving the overlying epidermis.
This deep thermal energy triggers two distinct biological processes: an immediate helical contraction of existing collagen fibers resulting in instantaneous skin tightening, followed by a prolonged phase of neocollagenesis. Over a course of 3 to 6 months, activated fibroblasts synthesize new collagen and elastin, restoring the dermal matrix and diminishing structural skin laxity.
As a leading manufacturer of aesthetic components and complete systems, we design our platforms to support multiple RF configurations: monopolar circuits for deep volumetric heating, bipolar/multipolar arrangements for localized contouring, and fractional microneedling arrays for epidermal remodeling.
Years Laser & RF Expertise
In-House R&D & Chips
Global Export Countries
Max Output Semiconductor Systems
Xi'an Prima Beauty Equipment Co., Ltd. - Integrating advanced laser semiconductor engineering and high-frequency thermal therapies under one roof.
Unlike standard assembly operations, our facility integrates the upstream R&D of diode lasers and solid-state lasers directly with the production of complete beauty equipment. By controlling laser chip design, packing, and configuration, we achieve unprecedented reliability in hybrid optical-thermal systems.
We design, engineer, and manufacture a wide range of aesthetic devices, including Diode hair removal laser machines, CO2 fractional lasers, Q-Switched Pico lasers, IPL platforms, and specialized skin management systems. Our modular engineering enables easy integration of RF sub-circuits for multi-technology devices.
Every laser stack, RF board, and handpiece undergoes demanding stress testing and clinical simulation protocols before shipping. Our production conforms to strict medical device standards, ensuring long-term operational stability and predictable treatment outcomes.
The global demand for non-surgical cosmetic interventions is accelerating, with skin tightening and non-invasive body contouring representing the fastest-growing market segments. Clinicians favor RF equipment because it caters to all Fitzpatrick skin types without the pigmentary risks associated with certain laser procedures.
For medical spas and aesthetic franchises, capital equipment must deliver maximum uptime and consistent efficacy. Our manufacturing capabilities address this challenge directly. By designing high-efficiency power supplies and optimized thermal management systems, our RF platforms operate consistently through dense appointment schedules without safety risks or system degradation.
Whether for a high-end medical clinic in Munich or an aesthetic group in New York, our machines are designed to integrate seamlessly into diverse patient intake pipelines, providing clear ROI for clinic operators.
Where engineering meets biological precision: The next wave of RF engineering developments.
Human skin impedance varies based on hydration, body area, and tissue composition. Our upcoming control loops continuously measure tissue impedance in real-time, instantly adjusting frequency and voltage outputs to deliver consistent thermal energy without hot spots or treatment drop-offs.
Different RF frequencies target different tissue depths. By combining 0.8 MHz, 2.0 MHz, and 4.0 MHz outputs in dynamic duty cycles, next-generation platforms can treat the superficial epidermis, deep dermis, and subcutaneous fat layers in a single, coordinated treatment step.
By pairing high-power diode lasers with RF thermal delivery, we are developing hybrid handpieces. The diode laser targets deep follicular pigments while the RF creates a surrounding thermal zone, increasing patient comfort and efficacy for both hair removal and skin rejuvenation.
Tailoring high-power RF and energy systems to meet regional clinical preferences and regulations.
In the US and Canada, clinics require high-energy monopolar RF platforms that deliver noticeable results in a minimal number of sessions. Treatments are often marketed as premium, single-session anti-aging options. To support this, we supply robust cooling components to keep the skin comfortable during high-wattage treatments.
European practices lean toward physiological safety and progressive skin improvement. There is strong demand for multi-polar RF combined with optical wavelengths that work incrementally. Our CE-compliant, low-downtime platforms align well with European aesthetic clinics that focus on gentle, regular treatments.
APAC markets place a high priority on facial skin refinement, lifting, and jawline definition, with a strong focus on post-treatment skin barrier health. Systems must offer fine power adjustments and integrated cooling to protect delicate skin and prevent post-inflammatory hyperpigmentation.
Our international qualification and quality assurance certificates.
Operating from Xi'an, a major high-tech hub in China, allows us to build a highly integrated supply chain. Our operations run from raw laser chip dicing to complete device assembly. This vertical integration keeps production efficient and ensures consistent quality control.
By managing critical component manufacturing internally—including diode stacks and custom liquid cooling systems—we reduce dependencies on third-party suppliers. This allows us to offer competitive lead times, stable pricing, and flexible customization services even when global logistics are disrupted.
Our established relationships with verified domestic partners ensure reliable access to medical-grade plastics, durable chassis metals, and high-performance electronic components, allowing us to maintain steady production year-round.
From initial design concepts to global regulatory compliance, we help brands launch reliable aesthetic systems.
We work with brand owners, distributors, and large spa chains to customize equipment housings, user interfaces, software features, and physical handpieces. Whether you need to integrate a custom RF module or design a multi-technology platform, our engineers provide support at every step.
Our manufacturing and engineering practices are structured to meet global regulatory requirements, including EU MDR, CE, ISO 13485, and relevant electrical safety standards. We provide detailed technical documentation and testing data to help simplify your local registration processes.
We support our products with user manuals, clinical training guides, technical specifications, and online diagnostic support. Our engineers help ensure that your technicians can easily perform standard maintenance, repairs, or calibration updates.
Answers to common technical, manufacturing, and operational questions.
Industrial-grade laser stacks, vertical modules, and custom energy sources for aesthetic manufacturing and repair.
Prima Beauty
