TAINGRO FLEXIBLE POROUS STRUCTURE

可成InGro Mark  TAINGRO use patented structure to adjust the elastic modulus of Ti6Al4V by 6~80Gpa. It utilizes 3D printing technology to layer titanium alloy into a special structure that is otherwise unattainable. When the structure is stressed, the elastic modulus is similar to that of the human bone, effectively reducing damage.

This invention greatly improves the mechanical properties of high elongation and fatigue after printing, and thus gives the structure elasticity and strength. It is a major breakthrough in orthopedic medical device! In addition to the advantages mentioned above, the pig implant experiment has confirmed that the TAINGRO structure technology promotes the growth of bone cells to a depth of 5mm within 12 weeks of implantation, where bone ingrowth, rather than bone fusion, was observed. The TAINGRO structure enables medical implants to fully integrate into the human bone, thereby improving long-term health outcomes for patients.

Technology Authorization

Exclusive Patents and Innovative Medical Devise

TAINGRO can adjust the structure of the elastic modulus and is applied to various orthopedic medical devise. The excellent performance enhances the effectiveness of the product and brings a better experience to doctors and patients.

Limited (Constraint) finger joint TAINGRO

Limited (Constraint) finger joint

Insensible skull Implant

Insensible skull Implant

Artificial ligament

Artificial ligament

Vibration absorption movable artificial intervertebral disc

Vibration absorption movable artificial intervertebral disc