The films walk through geometry preparation, planning, coating simulation and cell configuration. Each example shows different part requirements or aspects of production organisation.
3D scanning, part segmentation, CAD surface reconstruction, path planning and painting simulation. The film connects successive process elements in one cell presentation and shows where SI_Path fits into the intended process.
CAD surface selection, spray exclusion areas, applicator passes and a thickness map. The example shows program preparation and coating evaluation on the same model.
The base coat, colour transitions and clear coat form a single finishing process. The film shows planning of successive stages, pass settings and analysis of coating build-up.
Buffering, feeding, positioning, painting and unloading parts. The visualisation shows the robotic program's place in line organisation and how the cell relates to transport and process takt time.
Three calculated spray bands, coordinated robot and positioner motion, and internal fixturing. The film combines a cell visualisation with the SCAN2SPRAY view and a simulated coating map. The example supports analysis of applicator access and thickness variation along folded edges.
Curvature, openings, formed features and changing surface orientation require joint motion and spray planning.
Multi-layer processes, transparent coatings and colour transitions require control over sequence and material dose.
Flat surfaces, edges and recesses present different conditions for applicator access.
A library of geometry and recipes helps organise processes for multiple product variants.
Tell us what parts you paint, what equipment you use and what result you want to achieve. We will define the scope of a technology demonstration, joint testing or integration.
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