Design, production, assembly
Technology
Digital preparation, precision production of steel components and dry mechanical assembly.
An engineering description of ROKOIO’s design, manufacturing and assembly approach — without unverified universal guarantees.
Digital design and BIM
Every ROKOIO house goes through digital detailing at BIM LOD 400 — including geometry, material specifications, manufacturing data and assembly details.
- BIM LOD 400 as the digital detailing level for manufacturing and assembly.
- Digital coordination helps reduce errors during on-site assembly.
- Lifecycle documentation is based on a shared digital model.
Precision production
Structural components are manufactured on automated robotic lines.
- Industrial production precision up to 0.1 mm.
- Automated and robotic production lines.
- A controlled prefabrication workflow from digital model to parts.
Steel construction system
The load-bearing structure uses light-gauge steel to the relevant system specification.
- S350GD steel grade as the load-bearing material.
- Z275 hot-dip galvanizing protection.
- Profile thickness up to 3 mm.
Dry mechanical assembly
Connections are made by a dry mechanical method — without welding.
- Connections use high-strength bolts, nuts and structural rivets.
- Assembly preserves zinc protection at connection points.
- The structure can be disassembled, transported and reassembled without welding.
Technical envelope and joints
Roof, wall and sandwich-panel joint details form part of ROKOIO’s engineering material.
The illustrations below show specific details and joints from the source documentation. They are not a universal “single ROKOIO wall” assembly — the source material presents different panel variants (for example PUR/PIR 50/60 mm and a 100 mm stone-wool-core panel).
Technical drawings and details
Selected system illustrations — sections, joints and details from the technical documentation.
Want to discuss the technology approach?
We can explain design, production and assembly in the context of a specific project.