Our novel bioactive filament features our unique formulation of hydroxyapatite-coated nano-PMMA particles. It shares very similar mechanical property to natural bone and is adhesive with bone cells, leading to a better efficacy. The filament is manufactured in a high temperature enclosed facility to ensure highly consistent quality. This filament material will set the stage for future custom-printed orthopedic implants.
FEATURES
✔ Superior mechanical properties ✔ Printable with FDM 3D printer producing bioactive implant in-house ✔ Affordable substitute compared with titanium ✔ Enhanced bioactivity compared with any other biomaterials such as PEEK
MEDICAL APPLICATIONS
Clients have the flexibility to use the filament for various purposes. Below are applications that are possible for our product.
Bioactive 3D Printing
Cranioplasty implant
Spinal cage
Various tailor-made implants
SPECIFICATIONS
Key Components: PMMA, CaP coated nano PMMA-HEMA co-polymer
Bending Strength
>55 MPa
Elastic Modulus
>2500 MPa
Compression Strength
>110MPa
Printing Temperature
180-230℃
Bioactivity
Excellent
Bone Growth
Attachment and in growth
(*Exact values depend on the model of 3D printer. )
3D-PRINTED ORTHOPEDIC IMPLANTS
We partner with computer modelling company to offer personalized implants for orthopedic surgeries and veterinary surgeries. More information can be found here.
