OptiPlanning excels at handling families of similar parts (e.g., cabinet sides with different hole patterns or dado depths). A user can create a "parametric macro" once, then generate hundreds of variants by changing key parameters (length, width, material thickness, hardware type) without re-drawing or re-toolpathing.
A full 3D simulation environment allows operators to verify toolpaths, check for collisions, and estimate cycle times before cutting a single panel. This includes moving aggregates, tool changes, and material clamps.
Generates clear, color-coded diagrams of the cutting sequences for machine operators.
OptiPlanning excels at handling families of similar parts (e.g., cabinet sides with different hole patterns or dado depths). A user can create a "parametric macro" once, then generate hundreds of variants by changing key parameters (length, width, material thickness, hardware type) without re-drawing or re-toolpathing.
A full 3D simulation environment allows operators to verify toolpaths, check for collisions, and estimate cycle times before cutting a single panel. This includes moving aggregates, tool changes, and material clamps.
Generates clear, color-coded diagrams of the cutting sequences for machine operators.
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