Uploaded November 2025 | Updated September 2026, 1 week ago
PET‑CF is one of the most capable engineering filaments — with a tensile strength of 100 MPa, excellent dimensional stability, and easy printability. At just $35 per kilogram, it’s also cost‑effective. In this video, I’ll walk through the full workflow: 3D scanning, CAD reverse engineering, stress analysis, printing, and load testing — to see if a PET‑CF print can truly replace an injection‑molded part.
Note from reviewer: The Creality scanner was provided to me for review purposes. I was not paid to produce these videos, nor do I earn any commission from their product sales.
Kexcelled PET CF10:
kexcelled3d.com/the-k7-pet-cf10
Creality Sermoon S1:
store.creality.com/products/creality-sermoon-s1-3d-scanner
Creality K2 Plus:
store.creality.com/products/creality-k2-plus-combo-3d-printer
Creality Space Pi X4:
store.creality.com/products/creality-spacepi-x4
#3dscanning #3dprinting #cad #reverseengineering #creality #kexcelled
PET‑CF is one of the most capable engineering filaments — with a tensile strength of 100 MPa, excellent dimensional stability, and easy printability. At just $35 per kilogram, it’s also cost‑effective. In this video, I’ll walk through the full workflow: 3D scanning, CAD reverse engineering, stress analysis, printing, and load testing — to see if a PET‑CF print can truly replace an injection‑molded part.
Note from reviewer: The Creality scanner was provided to me for review purposes. I was not paid to produce these videos, nor do I earn any commission from their product sales.
Kexcelled PET CF10:
kexcelled3d.com/the-k7-pet-cf10
Creality Sermoon S1:
store.creality.com/products/creality-sermoon-s1-3d-scanner
Creality K2 Plus:
store.creality.com/products/creality-k2-plus-combo-3d-printer
Creality Space Pi X4:
store.creality.com/products/creality-spacepi-x4
#3dscanning #3dprinting #cad #reverseengineering #creality #kexcelled
