➀ Researchers at the Fraunhofer Institute are developing a method for inline quality assurance of 3D-printed parts, crucial for high-safety critical applications like aviation. ➁ The method involves non-destructive testing using a 6-axis industrial robot, capable of testing each printed component without damage. ➂ The initial results are promising, with all desired measurement points accessible and the quality of the measurements being very good, with deviations in the single-digit percentage range.
Related Articles
- 3D printing in space passes industry testing milestone for fabrication of spacecraft and associated equipment — promising future for zero gravity 3D printing3 months ago
 - For Spaceflight Without Space Debris: University of Stuttgart Commits to ESA Zero Debris Charter20 days ago
 - TH Bingen and MINTplus Hand Over 3D Printers to the Art Department of Emanuel-Felke-Gymnasiumabout 1 month ago
 - Online Session by Fraunhofer IAPT on AI as a Lever for Quality Assurance in Additive Manufacturingabout 2 months ago
 - Researchers embed digital 'fingerprints' into 3D printed parts — tech may make future ghost guns more traceableabout 2 months ago
 - Compact circular military connectorsabout 2 months ago
 - Portable 3D-printed device can produce enough drinking water from thin air for a family of four every day - Water from Air project can capture 1.6 gallons of drinking water per dayabout 2 months ago
 - Creality submits for an IPO, adds a mysterious 3D printing model website2 months ago
 - Space-grade SMA connector-saver for satellite testing3 months ago
 - Just couldn’t throw it away – cnc lathe gets a reprieve3 months ago