Short Description
Tumor acetabular solutions
If the extension extending to the schium is titanium coting structure, there are screws thrown in different directions. Acetabular Polyethylene can be shaped and frozen.
3D Printing Technology
With its porous surface structure, it mimics cancellous bone and provides favorable conditions for bone growth and torsional fixation;
Due to its excellent biological fixation effect, it is widely used in many joint prostheses such as acetabulum, tumor-type artificial prosthesis;
Satisfies various clinical needs.
Lidakang 3D Printing Technology Application Services
Customized production of pelvis, femur, tibia and other special shaped metal trabecular blocks;
CT data required for customized prostheses: Slice thickness < 1.5 cm, pixels < 0.6836, stored in DICOM format;
● CT data of the pelvis and hip joint should include at least the iliac crest and mid-femur, preferably including all four lumbar vertebrae;
● CT data for distal femur tumors should include at least the hip joint;
● CT data for proximal tibia tumors should include at least the ankle;
● CT data for humeral tumors should include the entire humerus;
● Tumor bone osteotomy data should include the entire affected bone and 15 cm from the adjacent joint;
Femoral Condyle Preserved 3D Printed Knee Prosthesis
1. Personalized production is possible.
2. This type of prosthesis has a bone trabecular structure with biomimetic designed porosity.
3. Computer simulation can be used in surgical planning.
4. The patient's own joint and soft tissue function is preserved.
3D Printing System - Pelvis
1. Personalized production is possible.
2. This type of prosthesis has a bone trabecular structure with biomimetic designed porosity.
3. Computer simulation can be used in surgical planning.
4. Morphologic biomimetic structure contributes more to functional reconstruction.