Providing high-precision 3D modeling services from equipment appearance to internal structure, building full-element digital twin models to support equipment lifecycle management and intelligent O&M
Leveraging professional technology and industrial experience to create high-precision, full-element, interactive equipment digital models
From equipment exterior to internal structure, from static form to dynamic processes, comprehensively digitally reproducing equipment characteristics
Supporting L3 to L5 level high-precision model creation, accurate to millimeter-level details, meeting equipment O&M requirements
Building equipment motion animations, simulating equipment operating status and operation processes, supporting interactive operation demonstrations
Supporting integration with equipment management systems, providing digital foundation for remote monitoring, fault diagnosis, and maintenance training
Employing multiple advanced modeling technologies, selecting the most suitable modeling method based on equipment characteristics and application requirements to ensure model quality and efficiency
Performing 3D reconstruction based on equipment design drawings (CAD, PDF, etc.), accurately reproducing the structural dimensions and appearance features of equipment, particularly suitable for equipment modeling with detailed design documentation, ensuring complete consistency between model and design.
Completely consistent with design drawings
Can build complete hierarchical structure
Suitable for new equipment digital modeling
Can add detailed attribute information
Using high-precision laser scanners to perform 3D scanning of existing equipment, obtaining millimeter-level point cloud data, truly reproducing the actual state of equipment, particularly suitable for digital modeling of old equipment and equipment without drawings.
Truly reproduces current equipment status
Millimeter-level precision detail capture
Suitable for old equipment without drawings
Can record equipment wear status
Comprehensive coverage of various equipment elements, providing multi-level precision options to meet different management and application requirements
Modeling of equipment installation environment, including foundations, control panels, surrounding equipment, pipeline connections, etc., reproducing actual working scenarios of equipment, supporting overall layout analysis.
Modeling of equipment external structure, including housing, control panels, interfaces, labels, and other visible parts, accurately reproducing equipment appearance features and dimensional parameters.
Modeling of equipment internal core components and structures, including parts, transmission systems, circuits, etc., supporting equipment disassembly display and internal structure analysis, with precision reaching part level.
Animation production of equipment operating status and operation processes, including component movement, parameter changes, operation procedures, etc., supporting interactive operation demonstrations and virtual training.
Suitable for overall equipment display and layout planning, containing main external features and dimensional information, meeting equipment location management and space planning requirements.
Suitable for daily equipment management and maintenance, containing detailed external features and main internal structures, meeting requirements for equipment inspection and maintenance plan formulation.
Suitable for precision equipment management and engineering analysis, containing complete internal structures and part-level details, meeting high-precision requirements for fault diagnosis, part replacement, and performance analysis.
Compatible with mainstream rendering engines and platforms, widely applied in various fields of equipment O&M management, improving equipment management efficiency and maintenance quality
High-quality real-time rendering, immersive equipment interaction experience
Web3D engine, lightweight web-based equipment display
Cross-platform 3D engine, supporting equipment interaction simulation
Professional mechanical design software, engineering-grade precision models
Achieving visualization of equipment maintenance processes based on 3D models, guiding maintenance personnel in standardized operations, associating maintenance records and spare parts information to improve maintenance efficiency and quality.
Combining 3D models and real-time data to achieve visual fault diagnosis of equipment, providing fault cause analysis and troubleshooting solutions to reduce fault handling time.
Building virtual training systems based on 3D models, simulating equipment operation processes and emergency handling, reducing training costs, improving training effectiveness, and reducing actual operation risks.
Combining 3D models and operational data to analyze equipment performance parameters and energy consumption status, providing optimization recommendations to improve equipment operating efficiency and reduce energy costs.
Building an equipment digital twin platform, integrating equipment 3D models with real-time operational data, achieving visual lifecycle management of equipment, providing data support for equipment O&M decision-making, and enhancing the intelligence level of equipment management
Real-time visual monitoring of equipment operating status, automatic abnormal status alerts
Historical trend analysis of equipment operational data, performance evaluation and prediction
Maintenance plan formulation, execution tracking, and maintenance effectiveness evaluation
AI-based intelligent equipment fault diagnosis and troubleshooting solution recommendations
Whether you need to understand the details of 3D modeling technology or want to get a project quote, our professional team will provide you with one-on-one consultation services.
Room 1-1501, Jinhua Garden, No. 385 Jiaotong Avenue, Danyang Street, Xiaonan District, Xiaogan City, Hubei Province, China
(+86)13004585899
service@secondmap.cn
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