Bridging the gap between design and production
In panel-based furniture manufacturing, a design must be more than visually correct. Relationships between parts, materials, hardware, dimensions, and manufacturing constraints need to remain consistent in the same model.
Transferring design data to production without reinterpretation is a complex engineering problem involving CNC machines, tool geometry, machining faces, and safe cutting scenarios.
An end-to-end product flow built on one data model
The solution provides a 2D/3D design environment for parametric modules, panels, doors, drawers, hardware, and materials. Automated design checks, reporting, and pricing components turn design decisions into operational data.
The CAM layer combines part geometry, machining operations, tools, and machine definitions to produce CNC output and three-dimensional cutting simulations, preserving the digital chain from design to production.
Core product capabilities
Parametric 2D/3D modelling
Reusable design infrastructure where modules, panels, and hardware respond to dimensions and relationships.
Design validation
Rules that identify geometry, placement, collision, and manufacturability risks during design.
Manufacturing data and interoperability
DXF/DWG-based import, export, and reporting flows that preserve part, material, and machining information.
CAM and cutting simulation
Toolpaths, multiple cutter types, machine magazines, clamps, and multi-face machining scenarios.
Technical scope
- .NET and C#
- WPF desktop architecture
- Eyeshot and OpenCascade-based geometry
- B-Rep, mesh, and boolean operations
- DXF/DWG processing
- CNC code, toolpaths, and cutting simulation
What it enables
Running design, validation, costing, and production preparation from a single product model reduces duplicate data entry and aims to limit meaning lost between systems.
The work demonstrates the team’s ability to build beyond interfaces, addressing geometry kernels, desktop performance, and physical manufacturing processes.