Discover our highly calibrated solid-state laser components, high-power diode stacks, and customization options manufactured in our high-tech cleanroom facility.
The technical gold standard for high-energy selective photothermolysis and optoelectronic material processing.
A Q-switched Nd:YAG laser operating at 1064 nm represents the pinnacle of high-intensity, short-pulse laser technology. This solid-state laser configuration uses a Neodymium-doped Yttrium Aluminum Garnet ($Nd:Y3Al5O12$) crystal as its gain medium. The core magic of this system lies in the Q-switching mechanism—either active (using electro-optic Pockels cells or acousto-optic modulators) or passive (utilizing $Cr^{4+}:YAG$ saturable absorbers). This component acts as an optical gate, preventing laser emission until the population inversion in the crystal rod is maximized. Once opened, the stored optical energy is dumped in a fraction of a second, producing pulse widths in the nanosecond ($10^{-9}$ seconds) or even picosecond range.
At 1064 nm, the laser emits in the near-infrared spectrum. This specific wavelength is uniquely optimized for deep dermal penetration, bypassing surface melanin to hit deep target chromophores, such as exogenous tattoo ink and localized dermal pigment lesions (e.g., Nevus of Ota). This physical property renders it safer for individuals with Fitzpatrick skin types IV through VI, as the epidermal absorption remains below thermal damage thresholds, avoiding scarring and post-inflammatory hyperpigmentation (PIH).
| Laser Parameters | Typical Nanosecond Nd:YAG System | Picosecond Nd:YAG System | Diode Laser Pump (comparison) |
|---|---|---|---|
| Wavelength | 1064 nm & 532 nm (via KTP frequency doubler) | 1064 nm, 532 nm, 755 nm options | 808 nm, 755 nm, 940 nm, 1064 nm |
| Pulse Width | 5 ns – 10 ns (Nanoseconds) | 300 ps – 800 ps (Picoseconds) | 10 ms – 400 ms (Milliseconds / CW) |
| Peak Power Output | Up to 100 - 200 Megawatts | Up to Gigawatts range | Hundreds of Watts (continuous optical output) |
| Primary Tissue Interaction | Photoacoustic & Photothermal fragmentation | Predominantly Photoacoustic shockwave | Photothermal selective destruction of hair follicles |
| Core Industrial Applications | Precision metal engraving, thin-film ablation | Fine micromachining, glass marking | Laser cladding, solid-state pumping |
Welcome to Xi’an Prima Beauty Equipment Co., Ltd., your premier globally trusted partner in high-power optoelectronic engineering and aesthetic technology manufacturing. With over 10 years of direct manufacturing and R&D experience in solid-state and diode lasers, our head office integrates advanced semiconductor laser packaging, solid-state laser cavity assembly, and clinical system design under one roof.
Our company specializes in delivering comprehensive solutions for aesthetic salons and medical clinics. From diode hair removal lasers, fractional $CO_2$ lasers, pico laser modules, to professional-grade Q-switched Nd:YAG systems. We boast an advanced R&D team dedicated to bridging the gap between raw semiconductor laser chips, solid-state optical design, and high-performance beauty equipment. This vertical integration allows us to supply both finished aesthetic systems and replacement components, such as high-power diode stacks and laser handpiece assemblies, to distributors and device repair centers worldwide.
How our vertical alignment provides technological superiority, high quality, and extensive customization options.
As a leading Chinese supplier of mid-to-high-end beauty equipment, we prioritize continuous optimization and customer satisfaction. By integrating laser chip packaging, optical lens mounting (including advanced Fast Axis Collimation - FAC), and solid-state crystal alignment in-house, we secure a stable supply chain and cutting-edge optical power stability.
Quality control is fundamental at Prima Beauty. Each manufactured component and sub-assembly undergoes rigorous electro-optical characterization, including wavelength validation, pulse energy testing with high-precision power meters, and burn-in reliability runs before shipment. Every Q-switched handpiece is stress-tested to ensure reliable pulse delivery.
We provide full customization (OEM/ODM) to help medical device distributors and aesthetic brands design bespoke solutions. Whether you require distinct industrial outer casings, localized GUI skin systems, specific laser rod configurations (such as single/double rods), or customized optical outputs, our engineering team can accommodate your precise needs.
Examining the dual utility of Nd:YAG 1064nm lasers across clinical dermatology and precision manufacturing.
Q-switched Nd:YAG 1064 nm systems operate at the intersection of medical aesthetics and precision industrial engineering. Here are the core applications deployed across localized markets:
In the clinical field, the Q-switched 1064nm laser is a vital tool for dermatologist clinics and aesthetic centers:
Beyond aesthetics, 1064nm lasers are widely used in industrial laser processing systems:
Why sourcing from specialized optoelectronic hubs in China provides significant competitive advantages.
China has established itself as the global hub for optoelectronic manufacturing, driven by comprehensive industry ecosystems in regions like Xi'an and Shenzhen. Sourcing laser equipment from China offers three key structural advantages:
From crystal growth (Nd:YAG rods) to nonlinear crystals (KTP), optical coatings, xenon flashlamps, and micro-channel diode coolers, the entire supply chain is localized. This proximity reduces development cycles, keeps raw material costs down, and minimizes international shipping dependencies.
High-power laser assembly requires strict environment controls to prevent dust contamination from damaging optical coatings. Our facilities maintain ISO Class 7 cleanrooms for the mounting of laser diode chips and the alignment of optical resonator cavities, ensuring long operating lifetimes.
Leveraging specialized manufacturing systems allows us to offer high-quality, clinical-grade medical laser systems at a fraction of the cost of Western competitors. This enables medical spas and distributors to achieve a rapid return on investment (ROI).
Anticipating the technological transitions shaping the future of solid-state aesthetic lasers.
The solid-state laser landscape is shifting towards faster pulse widths and smarter system integration. Key trends include:
Strict adherence to international medical manufacturing standards ensures safety, reliability, and smooth importing.
At Prima Beauty, we build all our clinical systems and diode modules to meet international regulatory standards. Our manufacturing processes conform to ISO 13485 (Medical Devices Quality Management Systems) and CE requirements. This focus on regulatory compliance helps distributors secure regional import clearances, including FDA, CE Medical MDR, and local health organization approvals.
Technical and clinical insights for importers, system integrators, and clinic owners.
The 1064nm near-infrared wavelength has a lower melanin absorption coefficient than 755nm (Alexandrite) or 532nm (KTP). This allows the laser energy to bypass epidermal melanin and target deeper pigment lesions or hair follicles directly, significantly reducing the risk of post-inflammatory hyperpigmentation (PIH), skin burns, and scarring in darker skin profiles (Fitzpatrick scale IV-VI).
Our premium laser diode modules, built with gold-tin (AuSn) bonding and micro-channel coolers (MCC), typically deliver an operating life of 20 to 30 million shots, depending on running parameters like pulse width, frequency, and water cooling efficiency. This is significantly longer than the 1 to 2 million shots provided by flashlamp-pumped systems.
A Potassium Titanyl Phosphate (KTP) crystal has nonlinear optical properties. When a high-intensity 1064nm laser beam passes through it, a process called Second Harmonic Generation (SHG) combines pairs of 1064nm photons to emit photons at exactly half the wavelength (532nm). This green light is ideal for treating red, orange, and yellow tattoo inks.
These systems require a stable power supply (110V/220V with built-in surge protection) and high-quality cooling water. We strongly recommend using distilled or deionized water, replaced every 1 to 2 months, to prevent mineral scaling inside the cooling channels. Maintaining an ambient room temperature of 18-24°C also ensures optimal performance.
Yes. As a direct manufacturer, we offer comprehensive OEM and ODM support. We can design customized handpiece casings, modify laser diode stack configurations (ranging from 300W up to 4800W), customize GUI software, and laser print your corporate branding onto the systems.
Browse our selection of diode stacks and assembly kits designed for device repair, upgrade, and manufacturing integration.
Prima Beauty
