The opportunity for this transformation is substantial. According to Persistence Market Research, the global dental prosthetics market is expected to be valued at US$8.7 billion in 2026 and projected to reach US$13.9 billion by 2033, expanding at a CAGR of 6.8% between 2026 and 2033. The growth of this market highlights the expanding demand for advanced restorative solutions and supports the broad adoption of digital technologies that connect implant placement with customized prosthetic design and manufacturing.
In 2025, Straumann estimated that around 220 million people globally could afford implant treatment, compared with only about 16 million receiving treatment annually. This gap is encouraging the industry to develop technologies that can simplify procedures, improve clinical outcomes, and potentially broaden access to implant treatment.
Three-dimensional Technologies Are Connecting Planning with Customized Treatment
Three-dimensional technologies are now linking diagnosis, treatment planning, and physical production in implant dentistry. Cone Beam Computed Tomography (CBCT) provides detailed information on jawbone volume, nerves, sinuses, and other anatomical structures, while intraoral scans can be combined with CBCT data to create a comprehensive virtual model for implant planning. The resulting digital information can also support the production of surgical guides, anatomical models, temporary restorations, and customized components through three-dimensional printing.
Industry developments are fueling this integration. In 2025, for instance, Carestream Dental and Straumann Group expanded CBCT integration with the Straumann AXS digital platform, while Straumann's collaboration with SprintRay supported the integration of chairside three-dimensional printing into its digital dentistry strategy. These developments demonstrate how imaging and additive manufacturing are moving beyond standalone applications toward connected workflows that support high customization and more efficient implant procedures.
Artificial Intelligence and Digital Planning Are Making Treatment More Intelligent
Artificial intelligence is adding another layer to implant planning by helping analyze dental images, identify anatomical structures, assess bone conditions, and support treatment design. Rather than replacing clinicians, artificial intelligence is constantly being used as a decision-support technology that can reduce repetitive analysis, improve workflow efficiency, and support more consistent treatment planning.
Commercial adoption is also rising. Dentsply Sirona expanded its artificial intelligence-based CEREC workflow in 2025, introducing AI-assisted margin and restoration design capabilities through its connected digital network. Its DS Core platform has also incorporated AI-supported diagnostic functions. At the same time, digital planning platforms enable clinicians to virtually position implants based on bone availability, anatomical structures, and the desired final tooth position.
This development is strengthening the shift toward prosthetically driven implant treatment, where the desired final restoration is considered before implant placement. Cloud-based platforms such as AXS further demonstrate the industry's movement toward connecting scanning, planning, implant-related services, and restorative workflows. This integration is bringing implant manufacturers, software developers, imaging companies, clinicians, and dental laboratories into highly connected digital environments.
Navigation, Robotics, and Photogrammetry Are Improving Surgical Precision
Once an implant has been digitally planned, accurately transferring that plan into surgery becomes critical. Static surgical guides can direct drilling according to a predetermined position, while dynamic navigation provides real-time information about the position of surgical instruments during the procedure. These technologies help clinicians follow digitally planned implant positions while maintaining control over the surgical process.
Major industry developments are expanding capabilities in this area. Straumann introduced Falcon dynamic navigation in Europe, the Middle East, and Africa in 2025, while Nobel Biocare continues to develop X-Guide for three-dimensional navigation during implant surgery. Robotics represents a further extension of this trend, with robotic systems being developed to assist clinicians in following digitally planned implant trajectories with greater precision.
Photogrammetry is also gaining importance, particularly in full-arch implant treatment. The technology captures the three-dimensional position of multiple implants and transfers this information into the restorative workflow. Nobel Biocare has incorporated photogrammetry into its digital All-on-4 workflow, helping connect implant positioning with prosthetic design and fabrication. By reducing reliance on repeated manual measurements, navigation and photogrammetry can strengthen the digital connection between surgical procedures and laboratory production.
Intraoral Scanning and CAD/CAM Are Streamlining Implant Restoration
Intraoral scanners are replacing multiple conventional physical impressions with digital models that can be transferred directly to dental laboratories and computer-aided design and manufacturing (CAD/CAM) systems. These digital files can be combined with implant position data to design customized crowns, bridges, abutments, and full-arch restorations.
The level of adoption indicates that digital manufacturing has moved well beyond the experimental stage. Dentsply Sirona reports that more than 7 million crowns are milled annually using CEREC milling machines, demonstrating the established role of CAD/CAM in modern restorative dentistry. The next stage is the integration of this manufacturing infrastructure with artificial intelligence and cloud connectivity, allowing digital design and production to become part of a continuous implant workflow rather than a separate laboratory process.
Implant Design is Evolving Alongside Digital Technology
Innovation is continuing within the implant itself as manufacturers develop new implant designs, connections, and surface treatments that now consider compatibility with digital treatment workflows. Straumann's iEXCEL implant system brought multiple implant designs into a unified platform, while Nobel Biocare introduced its S series implants in 2026 with a harmonized connection, reflecting the industry's focus on simplifying implant selection and restorative compatibility.
At the biological level, research and product development are also advancing in areas such as bioactive coatings, nanostructured surfaces, advanced materials, and zirconia implants. These developments are designed to support osseointegration, biological performance, and long-term implant stability. When combined with digital planning, guided surgery, and digitally manufactured restorations, improvements in implant design can contribute to a more predictable and customized treatment pathway.
The Market is Moving Toward an Integrated Implant Environment
The dental implants market is shifting from standalone products toward a connected digital ecosystem in which imaging, artificial intelligence, treatment planning, navigation, photogrammetry, intraoral scanning, CAD/CAM, and three-dimensional printing work together across the treatment pathway. Companies such as Straumann, Dentsply Sirona, Nobel Biocare, Carestream Dental, and SprintRay are contributing to this transition through connected platforms, digital workflows, and complementary technologies.
As interoperability improves, competition is likely to mainly depend on how effectively implant systems connect diagnostic imaging, digital planning, surgical guidance, implant positioning, and restorative manufacturing. The resulting environment can support more personalized treatment planning, greater surgical precision, streamlined clinical and laboratory workflows, and improved patient experiences. Ultimately, technological advancement is shifting the value proposition of dental implants from the implant alone toward an integrated treatment platform that connects the entire patient journey.
