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Algorithm based assembly planning

From CAD model to optimized precedence graph in just a few clicks

Determine and optimize assembly steps using algorithm-based priority graphs based on the geometry of 3D CAD models.
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Up to
5x
faster assembly planning
More than 
95%
correct assembly dependencies
Up to
2x
more efficient production processes
Step 1

Import 3D model

The tool requires a CAD model as input and extracts additional product and BOM/parts list data from interfaces to other systems or let's the user define assembly groups direcly in the app.
Dashboard mockup
Dashboard mockup
Step 2

Generate precedence graph

Determine the start node and other optional constraints, like last parts or specific part orders. Our algorithm will do the rest and calculate geometrically reasonable assembly dependencies by analyzing the 3D data and collisions.
Step 3

Adapt dependencies

In the web application, you can check the calculated dependencies, adapt them if the algorithm missed any, and see all parallel and sequential assembly sequences.
Dashboard mockup
Dashboard mockup
Step 4

Change visuals to fit your needs

Customize all widgets to your liking by changing how data is organized and shown. Fit the style and colors to make it visually more appealing and make it easy to understand your analysis on first-sight.
Step 5

Invite collaborators and share your insights

Work with collaborators to finalize the app and publish it to all users that can benefit from it. SPREAD Platform makes data and access management easy, so you can focus on creating useful applications.
Dashboard mockup

Knowledge Hub

Speed up assembly planning with algorithm-based suggestions

With our applications, we simplify assembly planning through intelligent integration of 3D and product data. SPREAD helps you plan assembly steps faster and also optimize existing assembly processes, making them more work- and time-efficient.