Parametric building envelope
Length, span, eaves height and roof pitch rebuild the complete industrial volume while maintaining a coherent portal-frame system, ridge geometry and usable internal clearance.
04 / Industrial structures
3D Industrial Hall Configurator
Configure the envelope. Resolve the structure.
A parametric industrial-building system that coordinates portal frames, secondary steel, cladding and access geometry in one responsive spatial model.
Launch full configurator ↗Shared platform DNASix forces.
Six forces.
One product state.
Every deployment is built on the same connected commercial and spatial foundation—even as the product category changes.
XY
01ACTIVE FACE
Bill of Materials
The approved visual state resolves into an exact component structure: profiles, panels, glass, hardware, accessories and quantities ready for downstream work.
Signal pathGeometry → components
System overview
Configure the envelope. Resolve the structure.
A parametric industrial-building system that coordinates portal frames, secondary steel, cladding and access geometry in one responsive spatial model.
Capabilities / 06
What the system resolves.
Engineered frame spacing
A target bay spacing resolves automatically into a practical frame count and actual equal bay spacing, keeping the structural rhythm synchronized with the building length.
Structure duty presets
Switch between light, standard and heavy structural presets to communicate how primary sections, visual weight and the intended operational duty change together.
Access geometry
Configure the roller-door width and height inside the available façade, with the opening remaining constrained by the hall span and eaves height.
Layer visibility
Toggle cladding and secondary members independently to move from the finished envelope to the structural logic beneath it without loading a separate technical model.
Exploded assembly
Separate envelope, secondary steel and primary portal frames into a legible construction sequence, then return to the coordinated assembled building in one interaction.
Resolved stateFrom visual decision
From visual decision
to usable output.
- 01Configured geometry
- 02Frame schedule
- 03Envelope quantities
- 04Access specification
3D industrial hall planning
Configure the building envelope and structure in the same model.
The 360Configurator hall tool connects building dimensions, portal-frame spacing, structure duty, cladding and façade openings in one responsive 3D model. Doors and windows can be positioned on the envelope, while invalid overlaps are detected before the configuration moves into a summary or commercial stage.
How it works
From hall dimensions to a coordinated building state in five steps.
The workflow keeps the primary structure, secondary system, envelope and access geometry synchronized instead of treating each as an isolated form.
- 01
Set the building dimensions
Adjust length, span, eaves height and roof pitch to define the overall industrial volume.
- 02
Resolve the structural rhythm
Set the target frame spacing and choose the structure-duty preset while the portal-frame layout follows the building length.
- 03
Configure the envelope
Review the cladding and structural layers together, or isolate them when the construction behind the finished hall needs to be understood.
- 04
Place doors and windows
Add personnel doors, garage doors and windows to available wall faces, then position and size the openings within the current building geometry.
- 05
Validate and review the result
Use overlap validation, the summary and the exploded/technical views to check whether the current hall state is coherent before moving forward.
What you can configure
Coordinate the decisions that define an industrial hall.
Building dimensions, structural spacing and façade openings interact. The configurator keeps those decisions spatial so conflicts can be seen rather than discovered after handoff.
Building envelope
Define the main industrial volume.
- Building length
- Clear span
- Eaves height
- Roof pitch
- Cladding visibility
Structure
Control the rhythm and visual duty of the steel system.
- Portal-frame spacing
- Equal bay resolution
- Light / standard / heavy presets
- Primary and secondary structure views
Doors & windows
Configure access and daylight openings directly on the walls.
- Personnel doors
- Garage doors
- Windows
- Position and dimensions
- Wall-specific placement
Validation & inspection
Check whether the current building state is usable before summary.
- Opening-overlap detection
- Invalid-state feedback
- Layer visibility
- Technical edges
- Exploded assembly
Why configure in 3D
A coordinated hall before drawings and quotations diverge.
Industrial halls combine repetitive structure with project-specific dimensions and openings. A single spatial state makes the relationship between those systems easier to review and gives the commercial and technical teams a common reference.
For the customer
Understand the overall hall proportions, access points and visible envelope before reviewing a technical drawing set.
For sales and planning
Keep hall size, frame spacing and openings synchronized while alternative building states are discussed.
For technical teams
Use layer and exploded views to inspect the primary structure, secondary members and envelope as coordinated parts of one building.
Hall configurator FAQ
Common questions about the 3D industrial hall configurator.
01Which hall dimensions can I change?+
The current configurator exposes building length, span, eaves height and roof pitch as the main geometric controls.
02Can I control frame spacing?+
Yes. A target bay spacing is resolved into a practical frame count and equal bay spacing across the current building length.
03Can I add doors and windows?+
Yes. The current opening system includes personnel doors, garage doors and windows that can be positioned on supported wall faces.
04Does the configurator detect overlapping openings?+
Yes. The opening system checks overlaps and exposes invalid states so conflicting door/window placement can be corrected.
05Can I inspect the structure without the cladding?+
Yes. Envelope and structural layers can be toggled so the portal frames and secondary members can be inspected separately.
06Is there an exploded view?+
Yes. The hall can be separated into envelope, secondary steel and primary portal frames, then returned to the assembled state.
07Do I need to install software?+
No. The configurator runs in a modern browser and uses WebGL for the interactive 3D model.
Try the actual product
Configure an industrial hall directly in the browser.
Open the live hall configurator to test building dimensions, frame spacing, structure, cladding and façade openings, or contact us about a configurator for your own industrial building system.