| Customization: | Available |
|---|---|
| Materials: | Ti, Tial, Ta, W, Steels Etcs |
| Dimension: | 200X200X300mm |
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3D Printing Customized Porous Orthopedic Medical Implant
At present, 3D printed implants are divided into standardized and customized ones, and standardized 3D printed implants are more clinically applied.Like traditional implants, standardized 3D-printed implants are mass-produced and do not involve customization. The only difference is that 3D printing has the advantage of porous structure.
Standardized implants -- It's designed to provide a porous structure on the surface or substrate of an implant and are used as orthopedic implants for spinal and joint.
Customized implant --It's specially designed orthopedic implants to meet the individual needs of patients. It is mainly used for reconstruction of cranial and maxillofacial defects, sternal fixation, replacement of vertebral bodies and bone defects of four limbs.
Metal 3D printing removes many of the constraints in more traditional manufacturing methods such as milling, casting or fabrication. This opens up new possibilities for complex geometries and mass customisation of parts, at a commercially viable cost, that were previously unfeasible.
3D printed titanium implants
Printing material: Cylon spherical TC4 powder
Our team has over 8 years of experience in 3D printing services for orthopaedic implants.Especially in the bone trabecular structure design, shaping while heat treatment in printing process,we have accumulated a lot of experience.
We have provided more than 5000 cases of standardized and personalized titanium alloy orthopedic implants for more than 20 clinical units in China.
3D printed tantalum metal implants
Tantalum material's advantages
1. Inert, corrosion resistant, only to concentrated sulfuric acid, hydrofluoric acid, and hydrochloric acid, concentrated nitric acid and "aqua regia" are not reacted.
2. Anti-infection -- Pure tantalum has the best antibacterial performance among all medical metal materials
3. Osteogenic conductivity and bone fusion -- better bone conduction than other known materials
The development of porous tantalum implants is the trend of application.
Osteoblasts in tantalum, highest degree of mineralization (in vitro culture for 7 weeks)
3D Printing Services
Customers provide 3D models and the company provides 3D printed implants.Customers provide CT or MRI data of patients, and the company assists in implant shape design, topology optimization and trabecular bionic design, and provides 3D printed implants.Printing materials TC4 and Ta are optional.
Standardized implant
1. Quick manufacturing in 24 hours
2. Mass production, low cost
3.Optimization design of serae trabecula porous structure
Personalized implants
1. Quick response within 72 hours
2.Customized according to patient
3. Structural design of prosthesis and trabecular bone
Application:
3D printed personalized orthopedic implants have a large number of clinical application in joint, spine, trauma, and maxillofacial repair etc field.
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