With part costs, build speeds, accuracy, surface finish and material properties finally rivaling injection molding, 3D-printed photopolymers are disrupting traditional manufacturing of end-use parts. Join this webinar to learn specifically how photopolymer 3D printing compares to injection molding, and comparing part economics and throughput.
Overview
With part costs, build speeds, accuracy, surface finish and material properties finally rivaling injection molding, 3D-printed photopolymers are disrupting traditional manufacturing of end-use parts. Join this webinar to learn specifically how photopolymer 3D printing compares to injection molding, and comparing part economics and throughput.
In this webinar, we will
- Examine considerations
when moving to mass production with 3D printing
- Review the new generation of additive manufacturing approaches to mass production 3D printing
- Explore
part selection guidelines, cost models and ROI considerations
- Share part comparisons between printed parts and injection molded parts for real life use cases
Key Takeaways
- Examine considerations
when moving to mass production with 3D printing
- Review the new generation of additive manufacturing approaches to mass production 3D printing
- Explore
part selection guidelines, cost models and ROI considerations
- Share part comparisons between printed parts and injection molded parts for real life use cases
Speaker
With a background in mechanical engineering, Rejto worked at Onshape (now PTC) and MIT Lincoln Labs before joining Desktop Metal. At Desktop Metal, he is responsible for working with customers to help turn their successes with metal 3D printing into case studies, presentations, and more.