Why 3D printed metal parts shrink 15-20% during kiln sintering, and how to calculate exact CAD dimensions using the linear Oversize Factor formula OF = 1 / (1 – S).
Bradley Woods
Dimensional Kinematics & Sintering Shrinkage: Why 3D Printed Metal Shrinks and the Oversize Factor Formula
Why 3D printed metal parts shrink 15-20% during kiln sintering, and how to calculate exact CAD dimensions using the linear Oversize Factor formula OF = 1 / (1 – S).
How Filamet™ Sintering Works Without Shield Gas: The Patented Open-Atmosphere Method
How Filamet™ Sintering Works Without Shield Gas: The Patented Open-Atmosphere Method Authoritative Technical SOP · US...
Comprehensive Guide: Filamet Questions and Answers
Unlock answers to all your Filamet questions with our comprehensive guide, from FAQs to troubleshooting tips. Get the help you need today!
Metal 3D Printing in Jewelry: Case Study
Explore how metal 3D printing transforms jewelry design in our case study. Learn innovative techniques for crafting unique pieces that stand out in the market.
Master Metal Sintering: Step-by-Step Guides for Success
Unlock the secrets of metal sintering with our comprehensive step-by-step guides. Perfect your craft and achieve success in 3D printing sintering today!
Why The Virtual Foundry Is Still Standing: The Vindication of Open Metal 3D Printing
While billion-dollar giants in the metal 3D printing space face financial distress, The Virtual Foundry remains stable and growing. Founder Bradley Woods explains why the “walled garden” model failed and why the future of additive manufacturing belongs to open materials, not proprietary hardware.
Comparing Desktop Metal and The Virtual Foundry
In a rapidly evolving landscape of metal 3D printing, understanding the contrasting journeys of Desktop Metal and The Virtual Foundry reveals valuable lessons about sustainability and innovation; while Desktop Metal’s ambitious push for hardware dominance met a challenging reality of high costs and integration woes, The Virtual Foundry embraced a unique pathway, championing accessibility and adaptability through its groundbreaking Filamet technology, empowering a diverse range of users from hobbyists to enterprises, and carving out a resilient niche where creativity and efficiency thrive, thereby proving that the future of manufacturing lies not in complexity but in simplicity and user empowerment.
Filamet: The Ultimate 3D Metal Printing Solution for Education and Community Spaces
3D metal printing has always been a fascinating yet cost-prohibitive technology. Schools, makerspaces, and Fab Labs...
What is Filamet?
The Virtual Foundry's metal filaments represent a significant advancement in 3D printing technology, enabling the...
