Based on professional BIM software, we create 3D models containing rich information parameters, widely applied in architecture, engineering, urban planning and other fields, outputting standard BIM models and GIS data results to meet monitoring and operation requirements throughout the project lifecycle
Building Information Modeling (BIM) Full Lifecycle Application
Based on parametric modeling technology, we build 3D models containing rich information to provide data support for building lifecycle management
Models are tightly bound with attribute information, not only containing geometric shapes but also integrating rich parameters such as materials, performance, and costs, achieving the associative characteristic of "modify once, update everywhere".
Following LOD100 to LOD500 precision standards, we provide models with corresponding precision based on project stage requirements, meeting full lifecycle applications from conceptual design to operation management.
Supporting open data formats such as IFC, seamlessly connecting with project management, smart construction sites, and facility management systems, becoming the digital foundation for building lifecycle management.
BIM modeling objects are collections of building components containing rich information parameters, far beyond geometric shapes
Professional modeling methods and precise accuracy control ensure models meet application requirements at all stages
The core method of BIM modeling is parametric modeling. It uses professional BIM core modeling software, setting geometric parameters and non-geometric attributes of components, to drive the generation and modification of 3D models.
Defining component shapes through geometric parameters such as length, width, height, and radius, with automatic model updates when parameters are modified
Associating non-geometric information such as materials, models, fire ratings, and costs to achieve integrated information modeling
Achieving "modify once, update everywhere" to ensure consistency of model information across all disciplines and stages
LOD (Level of Development) defines the geometric precision and information depth of model components at different stages, meeting project lifecycle needs from conceptual design to operation management:
Approximate geometric shapes for schematic design and area analysis, without detailed attribute information
Generic components with approximate quantities, dimensions, and positions, suitable for system layout analysis and preliminary quantity estimation
Precise dimensions, positions, and information for construction drawing design, clash detection, and detailed quantity calculation - the delivery standard for construction drawing stage
Includes interface details with other components (such as supports and hangers), supporting component prefabrication and construction coordination
Manufacturing-level precision with detailed manufacturing and assembly information, supporting factory prefabrication and precise on-site installation
As-built model containing actual installed component information and all attributes required for operations, used for asset management and facility management
The core requirement is that models must be tightly bound with attribute information (such as model, manufacturer, maintenance contact), achieving unified management of geometric data and non-geometric data.
Original BIM models require professional lightweight processing, retaining structure and information while meeting smooth rendering and interaction on the Web, supporting multi-user collaborative browsing.
Following unified modeling standards, naming conventions, and workflows to ensure seamless integration and collaborative work of multi-discipline models including architecture, structure, and MEP.
Models should support open data formats such as IFC to ensure data interoperability across different platforms and systems, meeting long-term data preservation and sharing needs.
In building visualization systems, BIM models serve as the authoritative "digital foundation" that can be deeply integrated with the following subsystems:
During design and construction phases, integrate with collaboration platforms to manage model versions, issue reports, and approval processes, improving team collaboration efficiency.
Integrate schedule (4D) and cost (5D) data to achieve construction progress simulation and resource management, enhancing construction process control capabilities.
Integrate with EAM/CMMS systems during the operation phase to achieve visual linkage between equipment inventory, inspection plans, maintenance history, and BIM models, improving operational efficiency.
Bind equipment in BIM with real-time operational data (BA system) and energy consumption data (EMS), achieving equipment monitoring and energy efficiency analysis to optimize energy consumption.
Perform space leasing management, workstation management, and asset positioning based on BIM models to improve space utilization efficiency and asset management levels.
Through deep integration with various systems, BIM models evolve from design tools to core data carriers throughout the building lifecycle, providing a solid foundation for refined and intelligent building management.
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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