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The Science of Osseointegration: How Dental Implants Bond with Bone
As dental professionals, we already understand that success in implant dentistry requires more than just surgical skill. Osseointegration is essent...
The Science of Immediate Loading: When Is It Safe and What Makes It Work?
The Science of Immediate Loading: When Is It Safe and What Makes It Work?
Improving Implant Dentistry with Immediate Loading
After decades of conti...
How Implant Surface Technology Shapes Osseointegration: Insights from the Engineering Desk
Since we founded GDT Dental Implants in 2015, our mission has been simple but ambitious: to create dental implant systems that integrate predictabl...
GDT EVA Mountless Implant: Precision, Efficiency and Total Control in One Implant
In modern implantology, every step matters. From planning to placement to restoration, success depends on consistency and control. One of the easie...
The Science Behind the Ø4.6 Healing Cap for Internal Hex Implants: Why It Matters More Than You Think
If you’ve placed even a handful of dental implants, you know the importance of stability, soft tissue healing, and precision. But one piece of the ...
GDT Dental Implants Surface Treatments: SLA or RBM?
Which Dental Implant Surface Treatment is more effective?
In the search to improve the success rate of dental implants, surface treatments such as...
Dental Implants Showdown: Bone-Level vs Tissue-Level
Dental implants have become a popular option for restoring missing teeth, two of the most common types are bone-level dental implants and tissue-l...
Titanium Grade 5 GDT Dental Implants: Precision and Biocompatibility
GDT Dental Implants leverages the advanced properties of Titanium Grade 5 (Ti 6Al-4V ELI), conforming to the stringent ASTM F136-8e1 standards for ...