Tumor Prosthesis- LDK 3D Printing Tumor Arthroplasty
3D printing technology
It mimics the porous surface structure of cancellous bone and provides good conditions for bone ingrowth and twist fixation;
Excellent biological fixation effect is widely used in various types of joint prostheses, such as acetabulum, tumor-type artificial prosthesis, and so on;
Meeting diverse clinical needs.
Application services for Lidakang 3D printing technology
Customize the pelvis, femur, tibia of lower limb, and other special-shaped metal trabecular blocks in special parts;
Customized prosthesis CT data requirements: CT slice thickness < 1.5 cm, pixel < 0.6836, DICOM format storage;
● The CT data of pelvis and hip joint should include at least the crest of ilium to middle femur, and preferably include four lumbar vertebral bodies;
● CT data of distal femoral tumors should at least include the hip joint;
● CT data of the proximal tibial tumor should include at least the ankle joint;
● CT data of humeral tumor shall at least include the total length of humerus;
● Any tumor bone osteotomy should include the total length of the affected bone and the length of 15 cm of adjacent joint bone;
3D Printed Knee Prostheses with Femoral Condyle Reserved
1.
Customization can be achieved.
2.
This type of prosthesis has a bone trabecula structure with biomimetically designed porosity.
3.
Computer simulation may be used to assist in surgical planning.
4.
The patient’s own joint and soft tissue function are preserved.
3D Printing System – Pelvis
1.
Customization can be achieved.
2.
This type of prosthesis has a bone trabecula structure with biomimetically designed porosity.
3.
Computer simulation may be used to assist in surgical planning
4.
Morphological bionics is more helpful to functional reconstruction.