Slab geometry
Boundary and areas of interest remain visible.
Product overview
The optimisation engine between a slab boundary and a finished layout.
Voidmap evaluates former geometry, heights, setdowns and placement rules together—then returns a best-fit layout for engineering review.
LEVEL 01 · SLAB ASOLVED
SD–02 · 50 mm12 800 mm
Coverage96.4%Former mix3 typesOutputDXF
01 · Define
Begin with project information your team already has.
Bring in the slab boundary and areas of interest from CAD or a marked-up PDF. Define setdowns, step changes, permitted former products and the placement logic your reviewers use.
Level changes
Setdowns and steps govern former height.
Former library
Permitted products, sizes and heights.
Placement logic
Clearances, edge offsets and conventions.
02 · Optimise
Solve the layout as one connected problem.
Instead of placing formers one by one, the engine evaluates available products and constraints across the slab to maximise coverage.
LEVEL 01 · SLAB ASOLVED
SD–02 · 50 mm12 800 mm
Coverage96.4%Former mix3 typesOutputDXF
03 · Review
See why the layout is usable before it leaves the tool.
Inspect geometry, tags, dimensions, product mix and non-standard boundaries. Your engineer resolves project-specific judgement before export.
Coverage
See how effectively the slab has been filled.
Former mix
See which products and sizes were selected.
Boundary conditions
Review edges, part formers and exceptions.
DXF output
Return dimensioned geometry to the drawing set.
Engineering control
Automation for repetition—not a substitute for review.
Voidmap works within the inputs and rules your team provides. The engineering team remains responsible for confirming the final layout meets project requirements.
Start with real work
Give us one slab. See what comes back.
Bring a representative plan, the products you specify and the rules your reviewers care about. We’ll use the result to show where Voidmap fits—and where it does not.