Parametric 3D models built in SolidWorks that capture every detail of your custom millwork - joinery, edge profiles, hardware mounting, and material layups. Models drive drawings, BOMs, and CNC output from a single source of truth.
Flat shop drawings can't show how complex joints intersect, where hardware conflicts with structure, or how curved panels meet at compound angles. Assembly issues are discovered during fabrication when the cost of correction is highest.
Each size, material, or hardware variation requires creating a new model from scratch. Your engineers spend more time duplicating and editing files than they do solving actual design problems.
We build SolidWorks models where critical dimensions are driven by parameters. Change a cabinet width, and the shelves, hardware locations, door sizes, and hinge positions all update automatically. Configurations capture standard product variations without duplicating files.
SolidWorks assemblies let us run interference checks, clearance verification, and motion simulation before fabrication. Hardware conflicts, panel collisions, and insufficient clearances are caught digitally - not on the shop floor.
SolidWorks excels at complex surface modeling including curved panels, sculpted edges, organic furniture forms, and compound-angle joints. We use surface and solid modeling techniques to accurately represent any geometry your designs require.
Yes, we model hardware components including hinges, slides, locks, shelf pins, and connectors within the assembly. This enables interference checking and ensures hardware mounting locations are accurate before fabrication begins.
SolidWorks models export DXF profiles, STEP geometry, and - with CAM integration - toolpath files directly. We configure export settings matched to your CNC equipment and nesting software requirements.