Precision measurement setup used to inspect dental implant dimensions during quality control.

Quality Assurance Certifications

Ensuring quality, every step of the way

GDT Dental Implants is fully dedicated to the highest medical standards and quality assurance regulations recognized worldwide. With the intent of showcasing our commitment to patients' safety and their well-being, we have adamantly pursued and achieved the following regulatory certifications:

GDT products are FDA cleared under the Clearance Premarket Notification (510k).
GDT products carry the CE mark, as they meet the European Medical Device Directive.
Our development process adheres to the most rigorous quality control standards of product production: ISO 13485:2016.
Our production facilities are routinely subjected to audits and visits by international supervisors.

GDT Dental Implants emphasizes that each one of our products is developed with special care and is finely tuned down to the smallest detail, as we embrace cutting-edge, high-tech equipment during our production process, pushing the limits of innovation in our field of expertise.
Our aim is to deliver products that seamlessly integrate with the needs of our valued clients and their patients, as we strive to leverage the latest technological advancements to provide solutions that are not only well-fitted, but also highly useful and effective.

Titanium Dental Implants

All GDT implants are produced from Titanium Grade 5 (Ti-6Al-4V ELI), a high-performance alloy widely used in dental implant manufacturing. Its combination of low weight, high mechanical strength, corrosion resistance, and biocompatibility makes it well suited for long-term clinical use.

The Extra Low Interstitials (ELI) specification reduces the levels of oxygen, nitrogen, carbon, and iron in the alloy, helping improve ductility and fracture toughness. These properties support the production of strong, durable implants designed to perform reliably under repeated functional loading.

Finished GDT dental implant bodies manufactured from Titanium Grade 5 material.

Production worker placing Titanium Grade 5 rods into a machining system for dental implant manufacturing.

Close-up of Titanium Grade 5 rod ends prepared for precision machining.

Titanium Grade 5 rods positioned inside a CNC production machine for dental implant manufacturing.

Titanium Grade 5 rods arranged in precision order before dental implant manufacturing.

Close-up of a GDT dental implant during precision CNC machining.

Dental implant components undergoing SLA surface treatment during the production process.

One-piece dental implants arranged in production holders during manufacturing.

Multi-Stage Cleaning & Surface Preparation

Surface technology is another important area of development. GDT uses advanced implant surface treatments, including SLA and RBM, to create controlled surface roughness intended to support bone to implant contact and osseointegration. Surface quality and cleanliness are examined using analytical methods such as scanning electron microscopy, X ray photoelectron spectroscopy, and energy dispersive X ray spectroscopy.