For years, the 3D printing industry was held back by the simple fact that print outcomes are not predictable or consistent. Mechanical properties are determined by many factors, and those factors raise questions about how additive manufacturing solutions can ensure quality. What are the equipment conditions at the start of the print? What are engineering process margins during the print? And what will be the impact on the mechanical properties or dimensional accuracy? Given these historical uncertainties, moving parts to manufacturing using additive is traditionally an extremely difficult and lengthy process. Verifying the parts and generating a certificate of conformance is tedious and expensive. Today, pre-build auto-testing of calibration and compliance as well as in-situ monitoring of the build quality now provides the capability to ensure appropriate build quality and correlation with mechanical part properties in volume production. This talk will: Discuss the control of key variables impacting build quality; examine the correlation of process control with dimensional accuracy and material properties; and discuss the impact of quality assurance in volume production using real life part examples.
- Discuss the control of key variables impacting build quality
- Examine the correlation of process control with dimensional accuracy and material properties
- Discuss the impact of quality assurance in volume production using real-life part examples