EVOLVE Manufacturing

GD&T and Functionality

Using GD&T in the manufacturing process provides inherent benefits, but modern manufacturers realize that a GD&T drawing is not enough.

GD&T requirements target the combined effects of all factors – size, location, orientation, etc. Efficient manufacturing analysis requires the separation of factors. There are fundamental differences between “evaluation of measurements to ensure function” and “evaluation of measurements to provide direct feedback to manufacturing”. These differences involve the datums used, coordinate systems vs. DRFs, the mathematical algorithms used, the presentation of the results – to mention a few.

EVOLVE Manufacturing User Interface

EVOLVE Manufacturing Represents Both GD&T and Functionality

EVOLVE Manufacturing graphically compares measured results based on design or manufacturing datums, producing proper manufacturing adjustments and how they impact GD&T tolerances. Find out why a part has failed during the GD&T evaluation and which corrective actions can fix the manufacturing process.

Evolve Manufacturing is a powerful and unique 2D/3D tool which uses the same point cloud data as the GD&T evaluation. This allows correlation of the GD&T results to feature deviations displayed in the manufacturing coordinate systems.

 

Grouping of FeaturesEVOLVE Manufacturing grouping features

EVOLVE Manufacturing creates groups of part features to help identify possible manufacturing issues.

The groups are determined by different manufacturing operations, tools or alignments.

 

AlignmentsEVOLVE Manufacturing alignment

Manufacturing alignments simulating the real manufacturing process are created. Features and groups are evaluated in their manufacturing alignments.

 

Error Components

Point deviations are separated into 4 error categories — location, orientation, size and form. These categories can be used individually, together or all at once.

Corrective Action Analysis

Powerful “What-if” simulations based on observed deviations allow immediate prediction of the effects of applied manufacturing corrections on the GD&T results.