Explore our CE-marked clinical lasers, engineered for superior pigment shattering and tissue rejuvenation.
A authoritative guide on photomechanical acoustic pressure, clinical safety compliance (Medical CE MDR), and advanced OEM/ODM manufacturing workflows.
In modern dermatological optics, the transition from traditional Q-switched nanosecond lasers to ultra-short picosecond laser systems represents a paradigm shift from photothermal action to photoacoustic disruption. Standard nanosecond lasers deliver light pulses in the billionths of a second (10-9 s), generating considerable heat that relies on thermal diffusion to break down targeted pigment particles. This often leads to collateral thermal damage to surrounding tissue, post-inflammatory hyperpigmentation (PIH), and extended client downtime.
Conversely, a certified Pico Laser Device operates in the picosecond domain (10-12 s), delivering peak optical power density within pulse durations ranging between 300 to 450 picoseconds. Because this pulse width is significantly shorter than the Thermal Relaxation Time (TRT) of targeted melanosomes, energy is converted directly into high-pressure stress waves. This mechanism—known as the Photomechanical Effect—shatters stubborn dermal pigments, exogenous tattoo inks, and epidermal lesions into microscopic dust-like fragments. These minute particles are rapidly cleared by the body's lymphatic scavenging pathways with minimal thermal impact on neighboring skin layers.
Top-tier industrial Pico Laser platforms engineered by Beijing UNT Technology Co., Ltd feature versatile optical configurations designed to address multi-spectral chromophores:
Ensuring absolute safety, electromagnetic compatibility, and strict compliance with EU Medical Device Regulation (MDR).
Our Pico Laser devices undergo comprehensive technical file documentation, clinical evaluation reports (CER), and post-market surveillance (PMS) to achieve full Medical CE certification under European MDR standards.
Manufactured under stringent Medical Quality Management Systems. UNT Technology maintains ISO 13485:2016 and MDSAP audits to ensure batch-to-batch consistency, optical calibration accuracy, and traceabilty.
Equipped with dual optical interlocks, real-time pulse energy auto-calibration, active skin cooling interlocks, and Class IV laser safety shielding meeting IEC 60601-1 and IEC 60601-2-22 benchmarks.
A beacon of innovation in the global medical aesthetic industry, bridging cutting-edge R&D with Industry 4.0 smart manufacturing.
Founded in 2012, Beijing UNT Technology Co., Ltd has emerged as a high-tech enterprise trailblazer. Operating a 6,000 square meter standardized production complex in Beijing, China, UNT integrates state-of-the-art optical engineering, cleanroom assembly lines, software development, and quality control systems.
Our dedicated R&D team continuously pushes boundaries in non-invasive aesthetic treatments, focusing on high-energy diode lasers, fractional CO2 systems, EMS body sculpting, and advanced picosecond laser technology.
R&D team creating state-of-the-art optical delivery systems.
Frontier innovation in ultra-short pulse skin treatments.
Comprehensive devices targeting wrinkles, scars & tattoos.
Designed for maximum efficacy with minimal client downtime.
Architecting the future of smart laser aesthetics through AI skin diagnostics, sub-300ps pulse compression, and IoT connectivity.
Integration of real-time spectral imaging sensors into handpieces. Embedded algorithms dynamically adjust fluences (J/cm²) and pulse repetition rates based on epidermal melanin concentration and skin response.
Advancing optical seed oscillator design to achieve pulse durations below 300 picoseconds, elevating photomechanical efficiency to eliminate micro-residuals of stubborn yellow and green inks.
Expanding UNT's proprietary SmartDepi Android OS into enterprise cloud platforms, offering chain clinics remote system health monitoring, lamp lifetime tracking, and over-the-air (OTA) firmware updates.
Customized manufacturing tailored to global distributors, dermatological chains, and brand owners.
Our 6,000m² production complex houses ISO Class 7 cleanrooms dedicated to optical assembly and laser diode alignment. Every unit follows a 4-step quality assurance workflow:
Eliminating geographical barriers with rapid delivery and localized hands-on support.
Integrated partnership with global carriers including DHL, FedEx, TNT, UPS, and EMS for door-to-door express delivery with shock-proof custom flight-case packaging.
Our dedicated Netherlands center offers European clients on-site machine testing, localized staff training, replacement parts inventory, and direct door-to-door repair services across the EU region.
Official certifications, factory facilities, and rigorous quality inspection units.
Clear, transparent answers regarding compliance, optical physics, OEM procurement, and after-sales warranties.
Explore additional high-performance medical laser systems directly from our Beijing manufacturing factory.
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