Expert Dormitory of Zibo Industrial Base, Shandong
Evaluation by experts from the Science and Technology Development Center of the Ministry of Housing and Urban-Rural Development
Construction using precast prestressed concrete modular structure (PCMC) technology:
1.The overall project cost is lower than that of cast-in-place structures and prefabricated structures
2.The project's total carbon emissions are significantly lower than those of cast-in-place and prefabricated structures
3.The project construction period is significantly shorter than that of cast-in-place structures and prefabricated structures.
1.The overall project cost is lower than that of cast-in-place structures and prefabricated structures
2.The project's total carbon emissions are significantly lower than those of cast-in-place and prefabricated structures
3.The project construction period is significantly shorter than that of cast-in-place structures and prefabricated structures.
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High-Precision, Scalable Production of Whole-Building Modules
Digital Industrial Manufacturing
Powered by the self-developed 300 Series Intelligent Digital Building Machine, TenseBricks has established a fully digitalized industrial manufacturing system covering design, production, and assembly.
With high-precision standardized modular permanent combination molds, the system ensures dimensional consistency and repeatability of modular components, enabling scalable manufacturing of whole-building modules.
Under strict digital control and standardized processes, all core components meet high-precision manufacturing requirements, providing a reliable foundation for module assembly, structural performance, and engineering delivery.
DFMA Digital Workflow Based on Prestressed Structural Modeling
Industrialized design supported by a self-developed DFMA system
① Concept
- Define product scope and system requirements
② Planning
- Concept design
- Material & process selection
- Cost estimation & feasibility analysis
- Prestressed structural model validation
③ Development
- DFMA digital design
- DFMA engineering review
- Tolerance & assembly analysis
- Prototype fabrication
④ Verification
- Manufacturing verification
- Module assembly verification
- Performance & function testing
- Pilot production
⑤ Release
- Precision validation of final modules
- Compliance with high-load structural requirements