APPLICATION

Application


Medical


Bioceramics

In orthopedic implants, bioceramic materials such as hydroxyapatite, tricalcium phosphate, and bioglass, with good bone conduction and bone induction properties, help the damaged bone achieve self-repair. Compared to metal implants, they eliminate the permanent presence of foreign objects, reduce postoperative risks, alleviate patient suffering, and long-term inconvenience, making them excellent medical materials.

3D Printed Customized Implants

Through AUTOCERA ceramic 3D printing, the powder material is manufactured to the size of the defect area, achieving precise personalized customization, reducing the complexity of the doctor's operation, and shortening the surgery time. Specially customized bionic structures are tailored according to different defect areas and patient conditions to maximize the self-repair effect by exerting the best induction and conduction characteristics.

 

AUTOCERA 3D PrintingVSPowder Material

Can repair large defects, maintains a fixed shape, and does not displace.

Optimized structure, conducive to bone and blood vessel growth.

 

AUTOCERA 3D PrintingVSTraditional block processing

Customized according to the defect area, reducing the complexity of the doctor's operation and shortening the surgery time.

Controlled structures designed through simulation are beneficial for bone and blood vessel growth.

Structural ceramics are used to make structural components of medical devices.

 

Bioceramics are used to make artificial bones.

 

Zirconia is used to make dentures and implants.