{"Page SDG":["SDG09 Industry innovation and infrastructure","SDG12 Responsible consumption and production"],"Page URL":["https://www.appropedia.org/Hybrid_additive_manufacturing-electroforming_for_personalized_metal_parts"],"Page affiliations":["Concordia University"],"Page authors":["User:Mike Aghili"],"Page coordinates":["45.503183333333, -73.569805555556"],"Page description":["A hybrid manufacturing workflow combining polymer 3D-printed molds, copper electroforming, bath-state monitoring, and machine-learning models for cost-scalable production of personalized high-precision metal parts."],"Page keywords":["additive manufacturing","electroforming","electroplating","hybrid manufacturing","mass personalization","3D printing","machine learning","Industry 4.0","process monitoring"],"Page language":["en"],"Page license":["CC-BY-SA-4.0"],"Page location":["Montreal, Quebec, Canada"],"Page views":[8],"Page year":["Thursday, 01-Jan-26 00:00:00 UTC"],"Project authors":["User:Mike Aghili","Rolf Wuthrich"],"Project coordinates":["45.503183333333, -73.569805555556"],"Project location":["Montreal, Quebec, Canada"],"Project status":["Verified"],"Project tools":["FDM 3D printer","electroforming cell","potentiostat","conductivity meter","density meter","surface roughness tester","gloss meter"],"Project type":["Hybrid manufacturing research"],"Project uses":["3D Printing","Manufacturing","Science"],"Project was made":[true],"Project was replicated":[false],"Project year":["Monday, 01-Jan-18 00:00:00 UTC","Tuesday, 01-Jan-19 00:00:00 UTC","Wednesday, 01-Jan-20 00:00:00 UTC","Friday, 01-Jan-21 00:00:00 UTC","Saturday, 01-Jan-22 00:00:00 UTC","Sunday, 01-Jan-23 00:00:00 UTC","Monday, 01-Jan-24 00:00:00 UTC","Wednesday, 01-Jan-25 00:00:00 UTC","Thursday, 01-Jan-26 00:00:00 UTC"],"Modification date":["Monday, 19-Oct-26 22:24:00 UTC"]}