Pioneering clinical-grade laser modules and diode stacks engineered for professional aesthetic platforms and handle repairs.
The global medical aesthetics market is witnessing an unprecedented surge in demand for non-invasive and minimally invasive skin rejuvenation procedures. Among these, the Fractional CO2 Laser remains the undisputed gold standard for deep tissue remodeling, scar revision, and epidermal resurfacing. Operating at a wavelength of 10,600 nm, fractional carbon dioxide lasers target intracellular water to generate controlled micro-thermal zones (MTZs).
This thermodynamic process triggers a cascade of wound-healing responses, promoting rapid collagen neocollagenesis while keeping the surrounding tissue intact. Today, hospitals, dermatology clinics, and medical spas globally rely on robust CO2 laser configurations to provide clinical-grade solutions for photoaging, deep-set wrinkles, acne scarring, and vaginal rejuvenation therapies.
A Decade of Engineering Excellence in Clinical Laser Manufacturing and Optoelectronic R&D
Welcome to Xi'an Prima Beauty Equipment Co., Ltd., your premier partner in medical aesthetic hardware engineering. Backed by over a decade of dedication to manufacturing laser beauty equipment, we function as a vertically integrated R&D facility. We manage the entire lifecycle of laser architecture, from semiconductor chip design and vertical diode stack integration to full-scale outer chassis prototyping and software interface design.
Our primary engineering office incorporates research divisions for diode laser stacks, solid-state lasers, and CO2 gas lasers. By controlling the optical source supply chain, we offer aesthetic platforms that deliver unrivaled stability, consistent fluence outputs, and optimal safety profiles. When you partner with us, you are securing devices engineered to meet rigorous clinical protocols.
Understanding the engineering standards that guarantee high-reliability, long lifespans, and precise clinical treatments.
Traditional CO2 lasers utilize water-cooled DC glass tubes. While cost-effective upfront, they suffer from irregular spot shapes, slower response speeds, and a short operating lifespan (approx. 1,000–3,000 hours). Our advanced clinical platforms feature RF (Radio Frequency) excited metal tubes, providing significant technical advantages:
Creates uniform micro-beams, reducing epidermal damage, post-inflammatory hyperpigmentation (PIH), and patient downtime.
RF metal tubes perform consistently for up to 20,000 hours and are fully rechargeable, offering a superior long-term ROI for distributors.
Supports Ultra-Pulse, Super-Pulse, and Continuous Wave modes for surgical precision or light aesthetic touch-ups.
| Application | Wave Mode | Depth Target |
|---|---|---|
| Acne Scarring | Fractional / Ultra-Pulse | Deep Dermis (1.5mm) |
| Fine Wrinkles | Fractional / Super-Pulse | Papillary Dermis |
| Surgical Incisions | Continuous Wave (CW) | Epidermal / Dermal |
| Vaginal Laxity | 360° Circular Fractional | Mucosal Sublamina |
How we customize premium medical systems from initial optical chip alignment to finalized commercial enclosure designs.
We operate micro-channel cooling cleanrooms and perform precise chip bar-stacking in-house. This gives us complete control over high-power output parameters and ensures maximum performance stability.
Every laser system undergoes rigorous testing protocols, including continuous power cycling, beam-alignment monitoring, and thermal camera inspections over a 72-hour period before delivery.
Our aesthetic and medical equipment line is built to comply with global safety standards. Our production processes align with ISO 13485 quality systems and bear necessary medical safety markings.
ISO Quality Standard
Safety Compliance
Regulatory Approval
CE Standard Declaration
Answering technical, mechanical, and logistical questions from distributors and medical buyers.
Medical-grade laser stacks, vertical modules, and custom cooling architectures for professional distributors.
Prima Beauty
