BIM / CAD Native Engineering Parsing
Zero-Loss 3D Blueprint Translation
Direct translation of 3D architectural digital models into fabrication-ready physical assemblies with 0.01mm tolerance, structural stress pre-simulation, and concealed routing architecture.
01 / Digital Engineering Dissection 5-Stage Digital Engineering Dissection Pipeline
Native CAD/BIM Ingestion
Direct import of .3dm, .rvt, .dwg native assetsIngesting architectural practice native 3D geometry without lossy mesh conversion or geometric polygon simplification.
Non-Manifold Topology Repair
NURBS boundary validation & mesh stitchingDetecting zero-thickness faces, fixing inverted normal vectors, and repairing open polygon seams for watertight fabrication.
FEA Stress & Skeleton Pre-Simulation
Gravity load & cantilever deflection analysisSimulating physical gravity loads and planning internal titanium-aluminum alloy support frames for large cantilever spans.
Concealed Routing & Snap-Fit Joints
3D wireway routing & modular split indexingPre-routing internal low-voltage LED circuits and designing high-precision snap-fit joints for glue-free assembly.
CAM Toolpath & DFM Verification
0.01mm kerf & 30μm paint film offsetExporting G-code for 5-axis CNC and high-resolution SLA with automated tolerance offsetting for coatings and thermal expansion.
FEA Stress Analysis & Embedded High-Strength Alloy Core
For large cantilevers, double-curved roofs, and ultra-high-rise cores, we perform finite element structural stress simulations during digital parsing. We plan and mill custom aircraft-grade titanium-aluminum alloy trusses inside the model to eliminate physical sagging and thermal deformation over years of exhibition.
FEA STRESS MATRIX 0.01mm Tolerance Snap-Fit Joints & Concealed Electrical Channels
Traditional models suffer from visible glue marks and messy surface wiring. In our digital engineering model, micro-channels for low-voltage LED circuits are modeled directly into walls and floor plates. Modular snap-fit tabs allow seamless, glue-free assembly and easy layer-by-layer disassembly for maintenance.
0.01MM SNAP-FIT JOINT Traditional 2D Drafting vs Senyao Digital Engineering Twin
| Evaluation Metric | Traditional Manual Workshop | Senyao Digital Twin Standard |
|---|---|---|
| Drawing Conversion | ✕ Manual 2D CAD plan/section eye-estimation | ✓ Native 3D NURBS/BIM geometric dissection |
| Dimensional Tolerance | ✕ ±0.5mm ~ ±1.0mm (accumulated manual error) | ✓ ±0.01mm (algorithmic CAM calibration) |
| Curved Surfaces | ✕ Subjective manual filing and heat bending | ✓ Algorithmic discretization with exact normal vector control |
| Structural Stability | ✕ Empirical gluing, prone to sagging under gravity | ✓ FEA finite element analysis & custom alloy internal core |
| Circuit Routing | ✕ Post-drilled surface wires, prone to short-circuits | ✓ Pre-engineered internal 3D low-voltage concealed cavities |
Native Compatibility with Leading Architectural Suites
We natively digest and coordinate across all major CAD/BIM and computational design formats without lossy tessellation or geometric degradation.
Parametric & Computational
BIM & Engineering Drafting
Native Data Interoperability
Enterprise-Grade NDA & Air-Gapped Asset Protection
All client architectural files and competition proposals are stored on isolated, encrypted air-gapped workstations. We strictly enforce dual-engineer authorization and formal data destruction protocols upon project handover.
Ready to translate your digital blueprint into museum-grade physical craft?
Send us your CAD/BIM files or preliminary 3D models. Our engineering team will return a scale strategy and DFM Feasibility Report within 24 hours.
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Ready to present your project with precision?
Tell us about your model type, scale, drawings, and delivery needs. Our team will review your project and get back to you.