3D Skin Mapping Analyzer

The MEICET iSEMECO 3D D9MAX represents a revolutionary leap in professional skincare technology as an advanced facial 3D diagnosis tool. This high-end professional facial 3D analyzer integrates state-of-the-art high-definition 3D imaging, multispectral detection, AI-driven analytics, 3D aesthetic simulation, and comprehensive digital practice management into a single, streamlined platform.

By combining these powerful capabilities, the device provides exceptionally precise, quantifiable, and visually detailed diagnostic results. It transforms subjective skin assessments into objective, data-driven reports, establishing a new standard in clinical evaluation. As an all-in-one facial 3D analyzer, the D9MAX captures intricate skin topography, analyzes subsurface conditions through multispectral imaging, and processes this data with sophisticated artificial intelligence to identify concerns such as wrinkles, texture, pores, pigmentation, redness, and porphyrin presence (indicative of bacterial activity). The system's 3D aesthetic design module further allows professionals to simulate treatment outcomes, facilitating clear communication and personalized planning.

Beyond its core diagnostic function, this facial 3D diagnosis tool is engineered to enhance the entire clinical workflow. Its integrated digital management system streamlines client data tracking, progress monitoring, and report generation, significantly boosting operational efficiency. This empowers clinics, medspas, and aesthetic centers to elevate their service quality, foster trust through transparency, and deliver a superior, technology-driven client experience.

Ultimately, the MEICET iSEMECO 3D D9MAX is more than just an imaging device-it is an essential diagnostic and management platform. It empowers professional institutions to make informed decisions, customize treatments with unparalleled accuracy, improve client satisfaction, and optimize business performance. By investing in this cutting-edge facial 3D analyzer, practices position themselves at the forefront of the aesthetics industry, leveraging science and digital innovation to achieve measurable results and sustainable growth.

 

 

Name	Skin Analyzer		Model No.	D9MAX
Full-face pixel	48 million		Lighting Technology	Solid State LED
Spectra	RGB Light/ Cross-polarized Light/ UV Light/ Parallel-polarized Light
Rated Power	15W (standby power) / 50W (maximum power)
CMOS Size	1 inch	3D Camera			Dual-eye structured light
Input Requirements	24V ~ 5A	Interface			USB3.0 DC
Operating Temperature	0 °C-40 °C	Storage Temperature			-10 °C-40 °C
Instrument weight	16.7 kg	Total weight			29.7kg (Including packaging)
Instrument size(mm)	L:1087mm W:965mm H:1500mm L:455mm W:574mm H:560mm

 

 

• 11 Intelligent Image Analysis

 

3D Skin Mapping Analyzer redefines professional skin diagnostics as an advanced facial 3D analyzer, integrating multi-spectral imaging technology to generate 11 distinct diagnostic views. Each high-definition image provides unique, clinically validated insights into specific skin concerns, enabling practitioners to conduct comprehensive, data-driven facial analysis with unmatched precision. Through these synchronized imaging modes-from surface texture mapping to subsurface biomarker visualization-the device delivers a holistic, multi-layered understanding of skin health, transforming subjective assessment into an objective, science-backed diagnostic process. This system not only identifies existing conditions but also reveals subclinical issues, empowering professionals to design proactive, personalized treatment strategies with confidence and clarity.

 

• Multimodal Skin Imaging Facial Morphology Observation

 

Multimodal Skin Imaging represents a technological breakthrough in dermatological diagnostics, integrating complementary imaging technologies to capture comprehensive, multi-layered skin data. This approach combines polarized light imaging for surface texture analysis, ultraviolet fluorescence imaging for detecting pigmentation and bacterial activity, multispectral imaging for hemoglobin and melanin mapping, and high-resolution 3D surface scanning. By simultaneously capturing these diverse data streams, clinicians gain unprecedented insights into both superficial conditions and subsurface physiological processes. The true power lies in the correlation of these modalities-allowing practitioners to distinguish between vascular erythema and melanin-based pigmentation, identify subclinical inflammation, and create a complete physiological profile of skin health. This integrated diagnostic methodology enables evidence-based treatment planning, targeted therapeutic interventions, and precise monitoring of treatment efficacy across all skin layers.

 

• Facial Dynamics Tracking

 

Beyond static morphological measurement, Facial Dynamics Tracking represents a critical advancement in biomechanical evaluation-a system dedicated to capturing, quantifying, and analyzing the intricate movements and muscular activities of the face in real time. This technology moves past still images and into the realm of four-dimensional analysis (3D spatial + 1D temporal), mapping not just how the face looks, but how it moves, deforms, and expresses over time. Using high-speed synchronized cameras, advanced motion capture sensors, and sophisticated surface mapping algorithms, the system records subtle kinetic patterns during controlled expressions (e.g., smiling, frowning, raising eyebrows) and at rest. It tracks:

 

• Scientific Definition of Aging Grades by AI

 

To Advancing beyond subjective visual assessment, the Scientific Definition of Aging Grades by AI establishes a standardized, reproducible framework for quantifying skin aging through multidimensional data integration and machine learning analysis. This AI-driven system moves past generic age-based categories to deliver a personalized, biomarker-based aging profile, objectively classifying aging severity across structural, textural, and physiological dimensions.

 

• AI Simulates Aging

 

Advancing beyond diagnostic classification, AI Simulates Aging represents a transformative leap into predictive and preventive aesthetics - an intelligent system capable of modeling and visualizing an individual's unique aging trajectory with scientific rigor and personal relevance. By integrating multidimensional data - including genetic predispositions, current skin biomarker profiles, lifestyle factors, environmental exposure history, and dynamic facial movement patterns - the AI constructs a personalized digital aging model. This model continuously learns and adapts, simulating how specific structural, textural, and functional biomarkers may evolve over time under different scenarios.

 

• 3D Aesthetic Design & Effect Simulation

 

Building upon its comprehensive imaging capabilities, the MEICET iSEMECO 3D D9MAX integrates a pioneering 360° Aesthetic Assessment module, delivering real-time quantification of facial concavities and required filling volume with exceptional precision. Leveraging its dual role as a facial 3D diagnosis tool and a high-resolution skin 3D measurement scanner, this system revolutionizes aesthetic evaluation through multidimensional data fusion and AI-enhanced volumetric analytics.

By capturing a full 360° facial model, the system constructs a dynamic three-dimensional map of facial topography. Advanced algorithms then detect and analyze structural nuances-such as temporal hollowing, midface volume loss, perioral deflation, and jawline contour irregularities-transforming subjective visual assessment into quantifiable volumetric data. The integrated skin 3D measurement scanner precisely calculates surface concavity depth, area, and spatial distribution, while AI-driven simulation projects optimal filling volume and material distribution for personalized aesthetic enhancement.

 

• Accurate Facial Morphology Analysis
  | Calculate and mesure precisely

 

This facial 3D analyzer integrates measurement data with clinical parameters, providing practitioners with quantifiable metrics for treatment planning, outcome prediction, and progress tracking. By converting complex facial morphology into precise digital measurements, the system establishes a new standard in evidence-based aesthetic medicine, enabling truly data-driven clinical decisions and personalized treatment approaches.

 

• Certification

 

Our products have obtained multiple international certifications, including CE and RoHS, which serve as vital passports for market access in the European Union and globally.
CE Marking: Demonstrates full compliance with European health, safety, and environmental protection standards, allowing free circulation within the European Economic Area.
RoHS Certification: Ensures strict adherence to EU restrictions on hazardous substances in materials used during manufacturing.
Backed by a comprehensive quality management system, MeiCe products have now been exported to over 50 countries and regions worldwide, earning widespread recognition and trust in international markets.

 

• Applicable-Scenarios

 

The professional analyzer machine delivers versatile functionality across multiple critical scenarios-from specialized medical applications to institutional operational management.
Within the beauty clinic device equipment, the 3D D9 Skin Analyzer has become an indispensable technological cornerstone and precision service engine.

Medical Aesthetics & Dermatology Clinics
As the primary application scenario, the D9 provides physicians with scientific, quantifiable diagnostic support for analyzing various skin concerns including acne, pigmentation, sensitivity, and wrinkles. Its advanced 3D aesthetic design and realistic outcome simulation also make it an essential tool for minimally invasive injectable treatments and comprehensive facial rejuvenation planning.

Aesthetic Centers & Anti-Aging Institutions
The D9 enables these establishments to deeply identify client anti-aging needs. Through professional aging analysis reports and intuitive visual simulations, it helps awaken client awareness and drives conversion for high-value treatment programs.

Digital Operation & Client Management
Beyond being an imaging device, the D9 serves as the core of an organization's digital ecosystem:
Multi-Platform Sharing & "Scan-Consult Separation": Supports simultaneous access to client imaging data across iPads, computers, and other terminals. Clients can leave immediately after capture, while physicians review results remotely-enabling up to 400+ daily scans and significantly streamlining consultation efficiency.

Data Center & Client Profiling: With its integrated data hub, the system helps institutions perform statistical analysis of client profiles-such as age distribution, primary concerns, and prior aesthetic experience-delivering actionable insights for service development and operational strategy.

 

• About-the-delivery

 

To ensure seamless delivery worldwide, we implement a comprehensive logistics strategy built on three core pillars:

Professional Protective Packaging: Every device is secured with custom-engineered cushioning and robust crating designed to withstand the rigors of international shipping, providing complete protection throughout the journey.

Streamlined Customs & Compliance: We maintain all necessary certifications for target markets, including CE marking for Europe. Our partnership with experienced freight forwarders ensures smooth customs clearance, minimizing delays and simplifying complex import procedures.

Strategic Overseas Warehousing: By positioning inventory in key regions like Europe and North America based on sales analytics, we enable efficient stock rotation and dramatically reduce delivery times for local customers.

This integrated approach allows us to provide a highly efficient, reliable, and responsive international transportation system for our global clientele.

 

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