Polymer Physics at 500mm/s: What Happens to Plastic During High-Speed Extrusion?
Polymer physics at 500mm/s: learn how faster pull speeds boost stiffness and dielectric strength but cut ductility — tweak temps and tension to optimize. Act now.
Category FDM Trends
The Trend of “Speed Benchy” Challenges and What They Teach Us About Physics
Speed Benchy challenges reveal printer physics—motion, cooling, extrusion—and teach tweaks for faster, reliable prints. Try one and tune your setup today.
Non-Planar 3D Printing: Moving Beyond Traditional Z-Axis Slicing
Non‑planar 3D printing boosts surface quality and strength by printing along contours instead of flat layers—learn setup, limits, and get started today.
How Corexy Architecture Is Fundamentally Changing FDM Print Speeds
CoreXY boosts FDM print speeds by letting two fixed motors move a lighter carriage for faster, cleaner prints. Learn how to set it up and tune it now.
Flow Rate Calibration: The Mathematics Behind Perfect Extrusion
Flow rate calibration tips to get single‑wall prints to target thickness: measure, adjust NewFlow = CurrentFlow×(Target÷Measured), fix E‑steps, then reprint. Try it now.