Medical Titanium Discs for Dental Applications

In the development of modern oral medicine, each significant advancement is often closely linked to breakthroughs in materials science. From traditional metal restorations to all-ceramic aesthetics, and now to biological functional restorations, dental restoration technology has consistently pursued better biocompatibility, mechanical strength, and long-term stability. The application of medical titanium alloy discs represents the latest milestone in this evolutionary trajectory. It has fundamentally transformed the approach to oral implantation and restoration, signifying a profound shift in dental treatment philosophy—from merely "replacing missing elements" to "functional and aesthetic reconstruction."

As the "gold standard material" in the field of dental implants, titanium alloy has become an irreplaceable core choice for complex oral restorations due to its exceptional biocompatibility, elastic modulus close to that of bone tissue, and excellent corrosion resistance. The standardized production and supply of medical titanium alloy discs provide a stable, reliable, and easily processable form factor for the clinical application of this advanced material, enabling the large-scale realization of personalized and precise restorations.

1. Material Properties and Advantages of Dental Titanium Discs

Titanium and its alloys are ideal materials for dental restoration due to their excellent biocompatibility, high strength, lightweight nature, and corrosion resistance. Compared to traditional nickel-chromium alloys or stainless steel, titanium is non-toxic to the human body and bonds well with bone tissue, significantly reducing the risk of allergies and inflammation. Furthermore, titanium has a density of only 4.5 g/cm³, which substantially reduces the burden on the patient's oral cavity when used for denture bases, enhancing comfort.

2. Product Overview

Types: Available in round and square specifications.
Material: Pure titanium and titanium alloy.
Standard Specifications:
Round: Diameter 98 mm, thickness 10-25 mm.
Square: 140 x 150 mm, thickness 10-25 mm.

3. Main Application Areas of Dental Titanium Discs

(1) Denture Bases and Frameworks
Titanium alloy sheets can be formed into ultra-thin denture bases via superplastic forming technology, with thicknesses controllable below 0.5 mm, perfectly conforming to the patient's oral structure. significantly improving the fit and functionality of the restoration.

(2) Implants and Artificial Roots
Applications of titanium discs in implants include plate-type artificial root designs, which conform to the jawbone surface through superplastic forming to distribute occlusal forces and reduce surgical trauma. Although challenges remain in bottom forming technology, research in this direction continues to advance.

(3) Orthodontic Appliances and Maxillofacial Restoration
Titanium alloy is used to fabricate invisible orthodontic appliances and maxillofacial defect prostheses, offering both aesthetics and durability, making it particularly suitable for personalized treatment of complex cases.

The application of medical titanium alloy discs in dentistry has extended far beyond simple tooth replacement. As a bridge connecting materials science and medical technology, it is driving the evolution of dental restoration from standardization toward precision and personalization. As the technology continues to mature, medical titanium alloys will more precisely meet the individualized restorative needs of patients, restoring oral function while providing a natural, aesthetic appearance and a higher quality of life.