Explore our high-performance solid-state diode laser stacks and custom packaging modules, engineered to power medical and cosmetic laser devices worldwide.
How international distributors, medical groups, and franchised spas scale their treatment delivery using industrial-grade picosecond systems.
Global medical supply networks demand highly customizable platforms. We provide customized software interfaces, custom chassis colors, and multiple wavelength profiles to support diverse regional regulatory mandates and market positioning.
Medical spas and dermatology chains prioritize patient throughput and safety. Our ultra-stable articulated arm system delivers uniform power outputs to prevent epidermal scarring, lowering overall operational liability.
Upgrading from nanosecond Q-switched lasers to modern picosecond systems halves the treatment sessions needed for multi-color ink removal. This allows clinics to charge a premium per session while increasing patient turnaround rates.
Traditional laser systems rely primarily on photothermal action, delivering laser energy in nanoseconds. This process heats the target ink pigment, causing it to melt or expand. However, the heat frequently spills over into adjacent skin cells, increasing the risk of thermal injury, post-inflammatory hyperpigmentation (PIH), and scarring.
Our industrial OEM picosecond tattoo removal systems operate via the Photoacoustic Effect. By compressing the pulse width to under 750 picoseconds, the laser light enters the dermis and hits the pigment molecules with intense mechanical force. The energy is delivered faster than the thermal relaxation time of the ink, instantly shattering it into tiny, dust-like particles. The lymphatic system then filters and flushes out these microscopic particles much more efficiently.
Clinical Benefits of Photoacoustic Fragmentation:
| Parameter / Feature | Nanosecond (Q-Switched) | Our OEM Picosecond System |
|---|---|---|
| Pulse Width | 5ns – 20ns | 500ps – 750ps |
| Primary Fragmentation Mechanism | Photothermal (Heat generation) | Photoacoustic (Pressure waves) |
| Epidermal Recovery Period | 7 – 14 Days | 2 – 4 Days |
| Typical Sessions for Complete Clearance | 10 – 15 Sessions | 4 – 8 Sessions |
| Target Ink Spectrum | Limited to dark pigments | Full spectrum (multi-wavelength) |
Xi'an Prima Beauty Equipment Co., Ltd. is a globally recognized manufacturer and research-focused supplier of medical and cosmetic laser technology. With over 10 years of specialized manufacturing experience, our team integrates research, development, assembly, and quality control under one roof.
Our core capabilities include the fabrication of high-power diode lasers, solid-state lasers, and micro-channel cooler (MCC) laser diode stacks. By maintaining complete control over our supply chain, we deliver reliable, high-performing components to global aesthetic brand owners, clinic chains, and OEM partners.
Our catalog features a diverse range of systems, including diode hair removal lasers, CO2 fractional lasers, Q-switched and picosecond Nd:YAG lasers, and advanced IPL units, helping beauty and medical brands scale their operations worldwide.
A look at the processes and technology that support our status as a trusted manufacturer for aesthetic and clinical systems.
By integrating chip packaging, microchannel cooling (MCC), and optoelectronic design within our production facilities, we deliver high-performance solid-state laser systems. This setup enables us to quickly implement new advancements in beauty and medical technology directly to our production lines.
Every laser source and handle assembly undergoes rigorous pressure, thermal, and pulse reliability testing before shipping. Our products are designed for consistency, minimizing energy drop-off and keeping treatment spot delivery stable over millions of shots.
From customizable user interfaces and external styling to custom pump configurations and multi-wavelength setups, we work closely with cosmetic and medical distributors to build bespoke systems that stand out in competitive markets.
Our commitment to manufacturing compliant, reliable, and high-performance equipment is backed by leading industry certifications.
A closer look at how our technical designs translate into reliable, high-performance features in everyday clinical settings.
A common vulnerability in medical lasers is power loss and spot distortion caused by poorly aligned internal mirrors. We use articulated optical delivery arms with precise counterweight balancing, ensuring minimal energy loss along the light path. This design maintains high energy delivery to the treatment spot regardless of the handpiece angle.
Our OEM picosecond devices support four key wavelengths to target various pigment types:
Continuous clinical operation can cause laser cavity overheating, leading to output fluctuations. Our MCC technology protects the laser source, keeping energy outputs stable during busy clinic schedules and extending the operating lifespan of the system.
The control interface features real-time pulse width adjustment, continuous spot size tracking, and automated skin impedance sensors. This makes it easier for practitioners to adjust treatment settings on the fly, improving patient safety and comfort.
How we are developing the next generation of aesthetic laser technology to improve patient care and support business growth.
We are engineering shorter pulse durations to enhance the photoacoustic effect, allowing cleaner pigment fragmentation with even lower thermal risks.
Future releases will feature integrated skin diagnostic sensors, helping operators configure target settings based on real-time skin parameters.
Our upcoming cooling units are built to consume less energy while keeping system temperatures stable for long treatment sessions.
Get answers to common technical, commercial, and operational questions about our OEM laser platforms.
Explore our selection of OEM laser stacks, designed for high-duty-cycle aesthetic and clinical platforms.
Prima Beauty
