Intraoral scanner market

Intraoral Scanner Market Outlook (2025 to 2035)

The intraoral scanner market will be USD 562.7 million in 2025, according to Fact.MR's analysis shows that the valuation will expand at a CAGR of 9.7% and reach USD 1,432.5 million by 2035. The key driver of this growth is the increasing trend towards digital impression technologies over traditional ones, which provides greater patient comfort, reduced workflows, and improved accuracy in restorative, orthodontic, and implant dentistry.

The condition of intraoral scanner markets is undergoing a digital revolution owing to advancements in 3D imaging and artificial intelligence integrated with CAD/CAM. These systems are now vital to modern-day clinic-laboratory setups and faunae old-school mold impressions, giving way to more advanced digital models along their journey of enhancing diagnostic capabilities and treatment planning. Increasing patient demands for minimally invasive treatments and quicker turnaround times are compelling clinics and hospitals to invest heavily in intraoral scanning solutions.

Technological advancements have greatly enhanced the functionality and accuracy of optical scanners. Next-generation units now come with real-time AI-assisted scanning, improved ergonomics, wireless connectivity, and cloud-based data storage, which streamlines the workflow and makes it more efficient. Such advancements are also enabling remote collaboration among dental clinicians and labs, thus transforming treatment processes and improving patient outcomes across the world.

Nonetheless, issues like the cost of devices, the high learning curve for clinicians, and data security concerns continue to be obstacles to mass adoption. Training initiatives, improved user interfaces, and improved cybersecurity are being increasingly emphasized to overcome these limitations. Moreover, manufacturers are working on affordability initiatives to increase penetration into mid-sized and smaller dental offices.

In the future, optical scanners will find applications in AI-driven diagnostics, tele-dentistry marketplaces, and patient-friendly digital apps. Companies leading the race in user experience innovation, accelerating interoperability for broader dental setups, and eliminating cost issues have chances to control the competitive direction up to 2035 and push the sector to a comprehensive digital dental practice.

Key Metrics

Fact.MR Survey Results: Industry Dynamics Based on Stakeholder Perspectives

Fact.MR's poll revealed that quicker scanning rates, improved imaging precision, and effortless software integration were the priorities for 83% of the intraoral scanner market stakeholders. Approximately 78% highlighted the importance of interoperability with CAD/CAM platforms, while 69% cited cost savings as key to widespread adoption.

Regional trends indicated North America leading the investment in AI-based diagnostic tools, Europe leading the drive for sustainable production, and Asia-Pacific leading on portable and cost-effective devices to enable tele-dentistry models.

Technology adoption was also different, with North America leading cloud-connected scanners, Europe promoting energy-efficient technology, and Asia-Pacific focusing on hybrid imaging equipment. Supply chain issues were reported across the world, with 70% of the respondents facing problems because of semiconductor shortages and regulatory delays, especially in Europe and Asia-Pacific.

Forward-looking, 80% of stakeholders are set to invest in AI-powered anomaly detection, treatment simulation, and cybersecurity improvements. Investment priorities vary by region, with North America focused on remote workflows, Europe focused on sustainability, and Asia-Pacific focused on mass-market accessibility.

Overall, stakeholders across the board agreed on the need for regulatory clarity, technology innovation, and affordability, although approaches differ by region. Companies that link their strategies to these shifting stakeholder priorities are well-placed to capitalize on emerging opportunities in the rapidly digitizing global dental care industry.

Shifts in the Market from 2020 to 2024 and Future Trends 2025 to 2035

Between 2020 and 2024, the Intraoral Scanner Market grew as dentists transitioned from analog impressions to digital workflow. Scanners became lighter in weight and more user-friendly and managed high-resolution 3D images. Integration with CAD/CAM systems rendered treatment planning and dental restoration routine, which resulted in more efficiency for dental clinics.

Dental clinics prefer these scanners due to their potential to save chair time and enhance patient satisfaction. Adoption was strongest among urban dental clinics and sophisticated hospital centers, with training and economic considerations being prime deterrents.

From 2025 to 2035, the intraoral scanner market will revolutionize with smart innovations. Artificial intelligence-based diagnostic equipment will automate image analysis and enable predictive modeling of oral disease. Cloud technology will allow real-time data sharing in dental ecosystems, encouraging collaboration.

Adoption will be expected to gain momentum in emerging economies as awareness increases and access to technology improves. Home dental monitoring could be a new opportunity in the intraoral scanner market. Interoperability and sustainability of devices will be among the main considerations when procuring them.

A Comparative Market Shift Analysis (2020 to 2024 vs. 2025 to 2035)

Country-wise Analysis

The U.S.

The U.S. intraoral scanner market will grow at 8.5% CAGR over the study period. The intraoral scanner market in the U.S. is witnessing significant growth due to high-tech innovation and early adoption patterns across dental practices. The availability of major industry players and well-developed healthcare infrastructure are prominent drivers increasing the rate of adoption across the region.

The growing need for efficient and accurate dental treatment solutions is also driving growth further. With patient choice increasingly favoring non-invasive and rapid diagnosis solutions, these scanners are becoming a commonplace device in dental offices and clinics across the country.

Government initiatives to promote digitalization in healthcare are giving a boost to the incorporation of cutting-edge technologies. Increasing awareness regarding dental health among the geriatric population and rising cosmetic dentistry practices are also driving growth significantly. With advancements in technology, more efficient and highly accurate scanning systems are being introduced, and the U.S. is expected to grow steadily over the forecast period.

UK

The UK is likely to grow at 7.2% CAGR over the study period. The UK intraoral scanner market is picking up pace as dental clinics and healthcare organizations become more aware of the advantages of digital solutions over conventional methods. Increased investments in healthcare technology and greater emphasis on enhancing patient outcomes are fueling the use of optical scanners. Moreover, the well-established healthcare policies in the UK and the focus on modernization among dental practices are promoting growth.

Growing awareness about dental aesthetics among the populace is also leading clinics to include sophisticated scanners in day-to-day practice. Advances that provide quicker and more accurate imaging are making these scanners a popular option among dentists. In addition, the use of CAD/CAM technology in dental labs is further strengthening the need for high-quality digital impressions. On the whole, the changing healthcare infrastructure and the increased need for efficient and effective diagnostic equipment are likely to drive the UK intraoral scanner market during the forecast period.

France

France is expected to expand at 6.8% CAGR throughout the research period. France is experiencing growth in the intraoral scanner market with a forward-looking approach due to the increasing emphasis on digital dentistry and rising investments in healthcare technology. Dental offices are increasingly switching from conventional impression techniques to optical scanners with the aim of improving treatment quality and patient satisfaction.

Government schemes encouraging the adoption of cutting-edge medical technologies are also driving growth. The increased focus on cosmetic dentistry and orthodontics among the French population is also stimulating the use of optical scanners.

Moreover, partnerships between dental professionals and technology companies are bringing more sophisticated and easy-to-use scanner models. Increased disposable income and greater awareness of oral health are also crucial drivers of growth. As France continues to invest in healthcare innovation, the intraoral scanner market will continue to make steady progress during the forecast period.

Germany

Germany is predicted to expand at 7.5% CAGR throughout the research period. Germany continues to be a strong driver of intraoral scanner market growth in Europe, thanks to its robust healthcare system and focus on technological advancements. Dental professionals within the country are increasingly turning to digital scanning technologies to improve diagnostic precision and streamline treatment procedures.

Favorable government policies towards the digitization of healthcare services are forming positive grounds for growth in the intraoral scanner market. Growing demand for restorative and cosmetic dentistry is also contributing to growth. In addition, partnerships between local dental centers and international technology companies are helping in the creation and implementation of new scanner models specific to particular clinical requirements. As patients look for quicker, more comfortable, and more precise diagnostic solutions, optical scanner use is likely to increase steadily throughout Germany.

Italy

Italy will grow at 6.5% CAGR throughout the study period. The Italian intraoral scanner market is steadily increasing as there is a rising emphasis on digital dentistry and patient-centered models of care. Dentists are increasingly adopting these scanners to provide more precise treatment and better patient experiences.

Growing popularity for cosmetic dentistry treatments, together with a mounting consciousness of dental health, is driving demand for sophisticated scanning solutions. Advancements in technology providing better user interfaces and quicker scanning speeds are increasingly making these scanners available for dental clinics all over the country. Government backing for healthcare modernization and spending on medical technology is also fueling growth. With the Italian dental industry increasingly adopting digital workflows, the intraoral scanner market will continue to grow steadily during the forecast period.

South Korea

South Korea is anticipated to grow at 7.8% CAGR over the forecast period. The intraoral scanner market in South Korea is growing fast due to the country's high focus on technological advancement and quality in healthcare services. Dental clinics are adopters of new technologies, so optical scanners are a key component of dental practice. The population's increased demand for cosmetic dentistry and orthodontic treatments is considerably driving the demand for precise and effective diagnostic equipment.

Access to technologically advanced equipment and policies from the government in favor of digital healthcare evolution are among the key drivers of growth. Further, South Korea's thriving medical device industry is presenting next-generation and affordable scanners, fueling industry penetration. The increasing usage of CAD/CAM systems in dentistry clinics and labs is also contributing significantly to building the intraoral scanner market size throughout South Korea.

Japan

Japan will grow at 7.0% CAGR throughout the forecast period. Japan's intraoral scanner market is being driven by a highly developed health infrastructure and extensive adoption of digital dentistry solutions. There is a growing demand for optical scanners among dentists to increase diagnostic accuracy, cut down on chair time, and increase patient comfort. Ongoing technological advancements, coupled with Japan's emphasis on precision and quality, are fueling the creation of highly advanced scanning machines.

An aging population and a resultant growth in dental ailments are generating several growth opportunities. Government programs to upgrade healthcare services and foster digitalization are also contributing to accelerating growth. Rising awareness regarding the benefits of digital impressions compared to conventional techniques is further accelerating Japan's intraoral scanner market during the forecast period.

China

China is anticipated to grow at 9.0% CAGR over the research period. China is one of the most dynamic and fastest-growing intraoral scanner markets in the world, led by fast economic growth and large investments in healthcare renewal. Dental clinics have started to embrace digital technologies to handle the increased demand for high-quality and efficient dental care. The growing middle-class population, combined with raising awareness of dental aesthetics, is driving demand for advanced dental diagnosis solutions.

Domestic manufacturers are doing their part by bringing in budget-friendly and technically advanced devices, increasing the reach even further. Government policies favoring digitalization in healthcare and widening medical infrastructure are creating a strong support base for steady development. With dental practice evolving to put more importance on digital workflow, China's intraoral scanner market is expecting stunning growth in the forecast period ahead.

Australia-New Zealand

The Australia-New Zealand region is anticipated to grow at 6.9% CAGR over the study period. The intraoral scanner market in Australia and New Zealand is experiencing consistent growth, driven by the growing adoption of digital dentistry techniques and increased awareness regarding oral health. Dental practitioners in the region are increasingly working on improving diagnostic accuracy and enhancing patient experience.

Growing investments in healthcare facilities and positive government policies promoting the use of advanced medical technologies are contributing substantially to growth. The increasing need for cosmetic dental procedures and orthodontics is also playing an important role in fueling the adoption of optical scanners.

In addition, the presence of an experienced workforce and growing partnerships among dental clinics and technology companies are assisting in introducing innovative scanner models to suit regional demands. As digital dentistry is increasingly finding its way into practice, the intraoral scanner market in Australia and New Zealand will witness steady and promising growth throughout the forecast period.

Segment-wise Analysis

By Modality

In 2025, the Intraoral scanner market will be segmented by modality into Standalone and Benchtop categories. Standalone intraoral scanners will hold a 35% share, while Benchtop intraoral scanners will capture 30% of the share.

Standalone intraoral scanner systems occupy a significant segment on account of their portability, simple operation, and increasing popularity in dental practices of different sizes. Compact, requiring little area, but delivering the flexibility of scanning directly inside the patient's mouth, without the need for any external devices, these instruments are specially designed for quick, chair-side scanning, thus making their popularity in practices emphasizing digital impressions and restorative dentistry.

Companies competing in this segment are Align Technology (with its iTero system) and 3Shape (with its TRIOS system), resulting in high-performance standalone scanners being offered that produce quick and accurate digital impressions for a wide range of dental procedures.

Benchtop intraoral scanners account for approximately thirty percent of the share. Generally, these scanners are larger and, more often than not, used together with configuration by other dental hardware. These scanners perform the majority of their operations in a dental laboratory, where they are successfully utilized in designing and creating restorations and prosthetics on a digital workflow.

It's not as portable as a standalone scanner; however, benchtop scanners have much more accurate scanning and may be considered in laboratory settings where space and stability allow longer scanning. Carestream Dental, Planmeca, and a few other companies have provided this range of models, which are those made for laboratory environments where scanning has to be accurate and detailed for crowns, bridges, and other dental appliances.

By Application

By application, the intraoral scanner market is segmented into dental restoration and orthodontics. Dental restoration will capture a 40% share, while orthodontics account for 25% of the share.

This segment is leading due to the increased use of optical scanners in delivering accurate digital impressions that are important for the designing and manufacturing of restorations such as crowns, bridges, and veneers. These scanners enable faster and more accurate impressions than traditional methods while decreasing patient discomfort and improving the efficiency of dental practice. This shift has led toward more digitization in restorative dentistry, as the use of intraoral scanners helps expedite the overall process from diagnosis to creating prosthetics.

This demand is further met by developments from major players such as Align Technology (iTero), Carestream Dental, and 3Shape (TRIOS), thriving in creating innovative intraoral scanning solutions specific to restorative applications, thus further contributing to the growing segment.

Orthodontics accounts for almost 25% of the entire revenue. An orthodontist applies the scanner to construct a digital model of the patient's teeth, thus allowing a more accurate virtual plan for braces, aligners, and other orthodontic treatments. Digital impressions facilitate this process, reducing mistakes and saving on the number of patient visits, as well as improving patient experience by removing the discomfort of traditional impression materials.

The ever-increasing popularity of clear aligner treatment led by Align Technology with its system, Invisalign, propels the growth in demand for intraoral scanners used mainly in orthodontics. Also, orthodontic practices now apply more and more of these devices for treatment planning and monitoring progress, thus supporting the growth of this segment of the application.

Competitive Outlook

The intraoral scanner market has matured into a high-tech, innovation-driven segment in which digital dentistry, chairside efficiency, and CAD/CAM integration are major differentiators. Align Technology, Inc., the company behind the iTero platform, has led the industry due to impressive clinical adoption across orthodontic and restorative workflows. Its favorable integration with Invisalign treatment planning gives it a key competitive advantage among orthodontists.

3Shape A/S maintains a solid grip with its TRIOS-line scanners, which are well known for accuracy, open system compatibility, and friendly user interface. Continuous R&D, software innovation and partnerships with key lab systems enhance its global position. Dentsply Sirona, through its CEREC Primescan and Omnicam platforms, proposes one of the finest solutions for complete chairside workflows in terms of scanning speed and resolution.

Planmeca Oy and Carestream Health remain key players, with intraoral systems aimed at general dentistry as well as imaging specialists. In this regard, Dental Wings and Launca Medical have started debuting on the low-cost alternative path. Newcomers like Condor Technologies and Densys Ltd. emphasize portability with an open-architecture approach. This evolution focuses on open-platform interoperability, real-time AI-guided scanning and ergonomic improvements for patient comfort as well as clinical efficiency.

Market Share Analysis by Company

Key Company Insights

Align Technology makes out within the intraoral scanner market with a 28-32% share through its iTero ecosystem that directly integrates with treatment workflow management for Invisalign. Continuous investments in cloud integration, AI-assisted diagnostics, and real-time simulation tools ensure the iTero product line is integral in today's orthodontic and restorative practices.

3Shape A/S owns about 20-24% of the share, propelled by the momentum generated by its TRIOS series. Very high image quality, wireless, and lab-friendly open architecture so that all 3Shape scanners are widely adopted without restriction among any dental clinic or lab that prefers interoperability and straightforward digital impressions.

Dentsply Sirona, Inc. obtains 14-17% share. It uses the CEREC ecosystem to provide complete chairside solutions. Its Primescan and Omnicam are said to deliver speed and accuracy that are suitable for single-visit dentistry. Thus, restorative specialists prefer these devices. Planmeca Oy controlled 8-11% via PlanScan and Emerald lines, which is meant for users looking for a solution seamlessly integrated into the greater imaging and software systems of Planmeca. The company prides itself on ease of use, and its products are EU-based, thus providing comfort in the mid-market segment.

Carestream Health, Inc. captures about 6-9% of the share through intraoral imaging innovation and open-platform scanning technologies. Its CS line remains competitive among practices aiming for scalable digital transitions.

Key Players

• Align Technology, Inc.
• 3Shape A/S
• Dentsply Sirona, Inc.
• Planmeca Oy
• Carestream Health, Inc.
• Dental Wings Inc.
• Guangdong Launca Medical Device Technology Co., Ltd.
• Condor Technologies
• Densys Ltd.
• 3M Company

Segmentation

• By Modality :

  • Standalone
  • Benchtop
  • Portable
  • Wall-Mounted

• By Technology :

  • Optical Wand
  • Confocal Microscopic Imaging

• By Application :

  • Dental Restoration
  • Orthodontics
  • Periodontics
  • Endodontics
  • Others

• By End User :

  • Hospitals
  • Dental Clinics
  • Dental Diagnostic Centers
  • Dental Academic & Research Institutes
  • Others

• By Region :

  • North America
  • Latin America
  • Europe
  • East Asia
  • South Asia & Oceania
  • MEA