Additive Manufacturing Post Processing

Effective post-processing

Effective post-processing 

The challenge

3D printed metal parts often have to be reworked to give them precise functions so that they can be joined to other parts. However, it is often difficult to assess whether finishing is necessary and how to compute the exact amount of excess material on a complex 3D printed part.

Moreover, clamping a 3D printed part for post-processing in a CNC machine and defining the origin are steps that are usually carried out manually. That makes the process time-consuming and imprecise.

 

The solution

Optical metrology and 3D inspection can help in this situation. A few examples:

  1. Before the finishing stage, the GOM software can display the surface defects of the scanned part in the form of a surface defect map, which helps the user assess the need for post-processing.
  2. 3D digitization of the part in its clamped state makes it easy to define the origins and alignment in the GOM inspection software. The software transmits the relevant values to the CNC milling machine.
  3. Clamping and surface finishing have an impact on the part’s dimensions. 3D scanning is therefore also useful before and after post-processing to track dimension deviations at every process step.

The benefits

Representation of surface defects
to visualize the need for post-processing
Fast, precise definition
of excess material
Fast, precise definition
of the origins of the 3D printed part in its clamped state

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