Parametric design, simulation and documentation tools for manufacturing. Six weeks of engineering work, finished in an afternoon.
Most industrial software is written by people who have never stood on a shop floor. Ours starts from a gap a designer found in practice.
Geometry generated from a handful of inputs (capacity, standard, site constraints) instead of a week at the CAD seat.
Parametric design automation ↗Flow and structural checks that run where the designer already works, on the hardware already on the desk.
Aerodynamic simulation on the machine you already have ↗Bills of materials, cut lists, drawings and reports produced by the same model, never typed twice.
Water storage tanks, designed parametrically ↗Each product has its own site and release cycle. This page is the index.
| Plate | t | Qty |
|---|---|---|
| 2 000 × 6 000 | 8 | 2 |
| 2 000 × 6 000 | 6 | 4 |
| 2 000 × 6 000 | 5 | 4 |
| Roof segment | 4 | 8 |
Parametric water-tank design
Enter capacity, standard and site constraints. Get the geometry, the cut list, the bill of materials and the production report, consistent with each other every time.
Native macOS CFD for external aerodynamics
Open an STL, set speed and angle of attack, run. DragAero meshes the body, solves RANS with a native SU2 core and shows pressure, streamlines and live lift and drag in a Metal viewport. No cluster, no licence server.
Industrial designer, BOZ Design
Designs products and factory systems. Finds the gaps in industrial practice this software is built to close.
boraozbas.com (opens in a new tab)
Systems architect, alany.co
Builds the infrastructure and the AI-assisted development process behind every tool.
alany.co (opens in a new tab)