Biomedical Science

The field of dental implantology places high demands on material performance and structural design, requiring not only excellent biocompatibility but also personalized fit and long-term stability. ...

Medical implants exist in the human body for a long time and need to meet multiple requirements, including mechanical properties, biocompatibility, and anti-infection capabilities. Titanium alloys,...

Medical devices come into contact with bodily fluids, medications, and complex sterilization environments during use, placing high demands on the corrosion resistance of materials. Titanium alloys,...

Medical connectors and fasteners, though small in size, play a crucial role in medical devices. Whether for implantable devices or surgical instruments, stable and reliable connections are essentia...

Surgical implants require materials with extremely high performance requirements, needing to remain stable in the human body environment for extended periods while possessing excellent mechanical p...

Surgical implants require materials with extremely high performance requirements, needing to remain stable in the human body environment for extended periods while possessing excellent mechanical p...

The treatment of cardiovascular diseases places extremely high demands on device performance, requiring both long-term implantation safety and excellent mechanical properties and stability. Titaniu...

The continuous development of minimally invasive surgical techniques has placed higher demands on instrument performance. Instruments need to perform complex operations within confined spaces while...

Medical devices have extremely stringent requirements for materials, demanding not only excellent mechanical properties but also compliance with biocompatibility and safety standards. Medical-grade...

Medical titanium alloys, due to their excellent biocompatibility and mechanical properties, occupy an important position in orthopedics, dental implantology, and reconstructive surgery. With the co...

With the development of biomaterials and advanced manufacturing technologies, 3D-printed porous titanium alloys have gradually become an important research direction in the field of bone tissue eng...

With the development of oral restoration technology, titanium alloy dental implants are widely used in clinical practice. Their excellent biocompatibility and mechanical properties make them an imp...