Skip to Content
CARBON COMPOSITION
ARRAY
Pre-Orders/ Products
Q&A Hub
Contact
PRIVATE LOGIN PAGE
0
0
0
0
CARBON COMPOSITION
ARRAY
Pre-Orders/ Products
Q&A Hub
Contact
PRIVATE LOGIN PAGE
ARRAY
Pre-Orders/ Products
Q&A Hub
Contact
PRIVATE LOGIN PAGE
Pre-Orders/ Products Tibial Osteotomy Model (B+CF)
PXL_20230507_131740845.jpg Image 1 of 5
PXL_20230507_131740845.jpg
PXL_20230504_201702774.jpg Image 2 of 5
PXL_20230504_201702774.jpg
PXL_20230507_130705699.jpg Image 3 of 5
PXL_20230507_130705699.jpg
PXL_20230507_131740845.jpg Image 4 of 5
PXL_20230507_131740845.jpg
PXL_20230507_130705699.jpg Image 5 of 5
PXL_20230507_130705699.jpg
PXL_20230507_131740845.jpg
PXL_20230504_201702774.jpg
PXL_20230507_130705699.jpg
PXL_20230507_131740845.jpg
PXL_20230507_130705699.jpg

Tibial Osteotomy Model (B+CF)

from $35.00

FDM Printed model of a High Tibial Osteotomy, printed with 3DXTech’s SimuBone and PRILINE’s Carbon Fiber Polycarbonate for the most stress-resistant parts combined with ultra-realism. Featuring accurate volumes, bone marrow-imitation infill, and multiple medical-grade filaments, this model is ideal for student training, patient education, and as a base for future research and development of tibial replacement hardware.

Kit Type:
Quantity:
Add To Cart

FDM Printed model of a High Tibial Osteotomy, printed with 3DXTech’s SimuBone and PRILINE’s Carbon Fiber Polycarbonate for the most stress-resistant parts combined with ultra-realism. Featuring accurate volumes, bone marrow-imitation infill, and multiple medical-grade filaments, this model is ideal for student training, patient education, and as a base for future research and development of tibial replacement hardware.

FDM Printed model of a High Tibial Osteotomy, printed with 3DXTech’s SimuBone and PRILINE’s Carbon Fiber Polycarbonate for the most stress-resistant parts combined with ultra-realism. Featuring accurate volumes, bone marrow-imitation infill, and multiple medical-grade filaments, this model is ideal for student training, patient education, and as a base for future research and development of tibial replacement hardware.