Extraoral Cameras Market

The market for Extraoral Cameras was estimated at $527 million in 2025; it is anticipated to increase to $753 million by 2030, with projections indicating growth to around $1.08 billion by 2035.

Report ID:DS1801134

Author:Debadatta Patel - Senior Consultant

Published Date:February 2025

Datatree

Life Science

Medical Device

Extraoral Cameras

Customization Available

Extraoral Cameras - 2025-2035

Market Outlook
Market Key Insights
Growth Opportunity
Market Dynamics
Application
Recent Development
Impact Analysis

Report Summary

Market Data

Methodology

Table of Contents

Report Summary

Market Data

Methodology

Table of Contents

Global Extraoral Cameras Market Outlook

Revenue, 2025

$527M

Forecast, 2035

$1.08B

CAGR, 2026 - 2035

7.4%

The Extraoral Cameras industry revenue is expected to be around $526.7 million in 2026 and expected to showcase growth with 7.4% CAGR between 2026 and 2035. The dental imaging sector in which extraoral cameras are used is expanding with growing numbers of procedures being undertaken and a demand for higher standards of record keeping. This expansion is accompanied by a shift towards digital dentistry. Due to stability and the compatibility with dental radiography devices, fixed systems which generated a revenue of $388.19 million in the year 2025 will continue to be the leading products. The demand for intraoral cameras has been boosted by the increasing number of cosmetic dentistry procedures, orthodontic treatments and dental implants, as well as the expanding use of cameras outside the mouth for use in legal cases and remote dental advice. This confirms the technologys place in both well established and newly developing healthcare systems.

Dental extraoral cameras are digital imaging systems used by dentists to take wide views of patients faces, jaws and their mouths. They consist of a digital sensor and a source of illumination which can be a range of things. The majority of the uses of this technology relate to diagnostic imaging and surgery; these two combined comprise 78.1% of the markets total demand. The primary uses in this region are maxillofacial assessment and the imaging of oral surgery. The growing trend towards the use of extraoral cameras in dental clinics is due in part to their ability to integrate with other software that dentists use in their day to day practice. Wireless technology has also made it possible for dental clinics to take images at the chair side. Furthermore these cameras are also used in conjunction with digital photography to help dentists explain treatments to patients and ultimately boost the chances of patients accepting treatment.

Extraoral Cameras market outlook with forecast trends, drivers, opportunities, supply chain, and competition 2025-2035 — Extraoral Cameras Market Outlook

Market Key Insights

The Extraoral Cameras market is projected to grow from $526.7 million in 2025 to $1.08 billion in 2035. This represents a CAGR of 7.4%, reflecting rising demand across Dental Diagnostics, Orthodontics, and Forensic Dentistry.
The dental scanner market is dominated by seven key companies with Dentsply Sirona and Carestream Dental holding the highest market shares.
The US and Germany are to see the highest growth in the extraoral cameras market. This is expected to be at a rate between 4.8% and 7.1% per year from 2025 to 2030.
Growth rates of between 8.5% and 10.2% are predicted for emerging markets including Brazil, South Africa and India.
The transition to digital imaging technology has been slow to take hold among the leading players in the extraoral cameras market. As a result adjacent and complementary markets such as intraoral cameras and panoramic X ray systems are finding opportunities to increase their market penetration in diagnosis and surgery applications, seizing $31 million in revenue from the existing extraoral cameras market.
Between 2025 and 2035, the Extraoral Cameras market is expected to increase in value by $549 million. It is anticipated that a larger market share will be gained by the segment targeting Surgery & Teaching & Research Application manufactured by the industry.
A burgeoning need for higher quality images of patients mouths has been forecast with the dental industry predicted to benefit by 104% from extraoral cameras by 2035 over the next decade.

Extraoral Cameras - Country Share Analysis

Opportunities in the Extraoral Cameras

High tech medical facilities in Europe, Japan and South Korea are also upgrading the ENT and maxillofacial surgery departments, using extraoral cameras. These cameras are linked to imaging equipment and to a hospitals radiology data. High field imaging systems are utilized for capturing broad, high definition maxillofacial images of injuries, cancers, and reconstructive surgeries. Collaborative efforts between hospitals and medical imaging companies are speeding up the process of establishing uniform standards for imaging protocols. This has led to Extraoral Cameras becoming the fastest growing modality used by major hospitals which concentrate on treating complex facial conditions and tumours in high volume surgical departments.

Growth Opportunities in North America and Asia-Pacific

The use of extraoral cameras in North America is primarily driven by the diagnostic imaging sector, facilitated by the existence of a developed dental imaging systems market in private dental clinics, group practices and in radiology departments of hospitals. The main market drivers relate to the upgrading of existing equipment from two dimensional digital radiography to either three dimensional dental imaging or the extraoral CBCT camera. This is especially significant in the orthodontic and dental implant planning region's. Practitioners are looking for higher resolution along with lower levels of radiation and better integration of software. Traditional dental imaging companies are facing significant competition, with new rivals utilising AI and cloud based imaging to differentiate themselves. These new companies are offering added services to clients. The region is driven by factors such as high patient expectations for the aesthetic outcomes of dental treatments, a wide range of dental insurance covering restorative and orthodontic work, a rapid take up of digital dental systems and a need for high quality dental equipment. Dental clinics or the academic centres that are high volume should concentrate their business strategy on chairside diagnostic extraoral cameras, software for managing practices and diagnostic extraoral cameras that are premium tier, and diagnostic extraoral cameras which are of premium tier.

Asia Pacific is the region where extraoral cameras are most valuable in surgery, due to rapidly growing hospital networks along with maxillofacial surgery clinics which are utilising more complex imaging techniques for these operations. Situations where such medical equipment is most in demand include high end, robust, extraoral cameras. These cameras are primarily used for surgical planning and intraoperative documentation purposes. They come in various configurations suited to a range of infrastructures found in both developed and developing healthcare systems. The dental X ray equipment market is influenced by international companies and those from specific region's that compete in terms of cost, local customer support and the provision of dental X ray systems which meet the needs of various kinds of clinics. Increasing disposable income and rapid urbanisation are key drivers behind the growth in the global maxillofacial implants market. Also influencing this market are a growing incidence of dental traumas and various other craniofacial disorders, plus investments by governments in surgical education and research. Companies should focus on the development of diagnostic products that can be used in the fields of imaging and surgery, concentrate on building cameras that are dependable and user friendly for busy hospitals, and use the partnerships with distributors and dental training facilities to increase the popularity of the extraoral camera amongst dentists.

Market Dynamics and Supply Chain

Driver: Rising Demand for Advanced Diagnostic Imaging and Integration with Digital Workflows

The growing demand for high-resolution diagnostic imaging in dental and medical practices is also a primary driver for extraoral cameras. Clinicians increasingly require panoramic, cephalometric, and 3D imaging to detect complex conditions, assess bone structures, and plan interventions with enhanced accuracy. Extraoral cameras deliver comprehensive views that intraoral systems cannot, supporting improved clinical outcomes. Simultaneously, integration with digital workflows like CAD/CAM systems, practice management software and AI-augmented diagnostic tools is also accelerating adoption. Practices that embrace digital transformation can also streamline patient records, automate measurements, and collaborate seamlessly with labs and specialists. These advancements also support teledentistry and remote consultations by enabling secure data sharing. As clinics and hospitals pursue efficiency, standardization, and precision, the combined effect of advanced imaging capability and seamless digital integration continues to expand demand for state-of-the-art extraoral camera systems across diagnostic and treatment planning environments.

A key driver for extraoral cameras is also the rising adoption of 3D imaging technologies paired with AI-enabled diagnostics in modern dental practices. Cone beam computed tomography (CBCT) and other volumetric imaging systems offer clinicians multi-planar views that improve visualization of anatomical structures and support complex treatment decisions. When combined with artificial intelligence, these systems can also enhance detection of pathology, automate landmark identification, and provide predictive insights that reduce interpretation time. This trend is also particularly strong among specialists in orthodontics, oral surgery, and implantology where precise spatial data is also critical. Practices that invest in AI-augmented 3D imaging benefit from increased diagnostic confidence, workflow efficiency, and differentiation in competitive markets, further driving the uptake of advanced extraoral camera solutions.

Restraint: High Initial Investment

In the field of photography today Extraoral Cameras are increasingly important tools to have but their steep initial price tags can be quite a financial burden, especially for smaller clinics and hospitals. The cost of equipment can strain budgets and potentially lower the demand, in the market since not only all healthcare facilities can manage the upfront expenses. Moreover the requirement for professionals to operate these cameras can add to operational costs potentially discouraging adoption among potential users.

Opportunity: Cosmetic dentistry and orthodontic chains in North America are upgrading premium Extraoral Cameras for imaging and Tele-dentistry and mobile dental clinics in emerging markets are driving portable Extraoral Cameras adoption

Theres been significant investment in extraoral cameras by cosmetic dentistry and orthodontic chains in North America and Western Europe. These units support digital dentistry, education for patients and the planning of aligners. High tech practices are currently at an advantage, combining 3D imaging, AI powered diagnostics and practice management computer software to create consistently powerful smile designs. By 2030, the Fixed Extraoral Cameras market is estimated to reach $542.44 million from $388.19 million in 2025, a Compound Annual Growth Rate of 6.92%. This growth is largely due to network wide standardization of equipment and more sophisticated diagnostic techniques in orthodontics. Young urban patients who are part of the millennial generation are especially keen on realistic simulations of treatments when using the internet.

In India, Brazil and Sub Saharan Africa portable Extraoral Cameras are in demand from tele dentistry providers and mobile dental clinics. These providers use cameras without a fixed location. Governments around the world offer subsidies for basic oral hygiene. This has led to the introduction of portable dental cameras that can be carried easily and which contain high resolution sensors. Cloud linked dental cameras are also in use. Portable segment is forecast to grow at a faster rate than the general market, with revenues of 210.22 million by 2030, compared with 138.53 million in 2025, driven by a compound annual growth rate of 8.7% in outreach focused deployments.

Challenge: Slow Technological Integration in Developing Regions

The implementation of state of the art imaging methods such as Extraoral Cameras might experience a delay in emerging nations due to insufficient digital infrastructure and limited technological progressions as well as a lack of awareness regarding the lasting advantages among dental experts in those areas. Such circumstances could pose obstacles to the growth of the market since these regions are home, to a portion of the global population; hence any sluggish shift could affect the overall market trends.

Supply Chain Landscape

Digital Imaging Components

Sony Semiconductor SolutionsHamamatsu PhotonicsOmniVision Technologies

Extraoral Cameras Manufacturing

Carestream DentalDentsply SironaPlanmeca Oy

Dental Imaging Distribution

Henry ScheinPatterson DentalBenco Dental

Clinical Dental Imaging

Dental ClinicsHospitalsDental Imaging Centers

Digital Imaging Components

Sony Semiconductor SolutionsHamamatsu PhotonicsOmniVision Technologies

Extraoral Cameras Manufacturing

Carestream DentalDentsply SironaPlanmeca Oy

Dental Imaging Distribution

Henry ScheinPatterson DentalBenco Dental

Clinical Dental Imaging

Dental ClinicsHospitalsDental Imaging Centers

Extraoral Cameras - Supply Chain

Use Cases of Extraoral Cameras in Dental Diagnostics & Orthodontics

Dental Diagnostics : In dental diagnostics, extraoral cameras such as panoramic and extraoral digital imaging systems capture broad, high-resolution views of the entire jaw, facial structures, and occlusal relationships, enabling clinicians to detect fractures, cysts, impacted teeth, and other structural anomalies that intraoral imaging can miss. These systems are widely used in dental clinics and hospitals for comprehensive evaluations and early disease detection, improving diagnostic accuracy and treatment planning. Key advantages include enhanced visualization of hard-to-reach anatomy, standardized imaging for patient records, and seamless integration with digital workflows. Leading market players like Planmeca Oy, VATECH Co. Ltd., Dentsply Sirona, and Carestream Dental hold strong positions due to their diversified extraoral imaging portfolios, global distribution networks, and ongoing innovation in panoramic and 3D imaging technologies that support reliable diagnostics.

Orthodontics : In orthodontics, extraoral cameras are pivotal for capturing standardized facial and occlusal photographs that support diagnosis, treatment planning, and progress monitoring over the course of corrective procedures. These systems allow clinicians to assess facial symmetry, dental arch forms, and skeletal relationships critical to designing effective braces or aligner therapies, enhancing patient engagement through visual documentation. Advantages include repeatable framing for consistent records, compatibility with smile-design and treatment planning software, and improved collaboration with labs. Major providers such as Dentsply Sirona, Planmeca, VATECH, and Acteon dominate this space with advanced panoramic, cephalometric, and CBCT solutions that offer precision imaging and robust software integration, reinforcing their market strength and adoption among orthodontic specialists.

Forensic Dentistry : Extraoral imaging tools are increasingly utilized in forensic dentistry to document facial features, dental structures, and injury patterns for identification and legal documentation. These cameras provide high-quality, standardized images that support comparative analysis, age estimation, and trauma assessment. Their non-invasive nature and digital output facilitate efficient archiving and sharing of evidence within forensic and legal workflows. The strengths of extraoral imaging systems include comprehensive views of skeletal and soft tissue landmarks outside the oral cavity, consistent image reproducibility, and integration with case management software that enhances forensic workflows. Prominent imaging suppliers such as Envista Holdings, Planmeca Oy, Carestream Dental, and DÜRR DENTAL SE are known for their broad imaging portfolios and strong global market presence, catering to forensic, clinical, and research applications with reliable diagnostic imaging platforms.

Recent Developments

Recent developments in extraoral cameras show strong momentum toward AI-driven dental imaging and enhanced 3D panoramic and CBCT imaging capabilities. Vendors are focusing on workflow integration, cloud-based diagnostics, and real-time image analysis to support faster treatment planning and improved patient outcomes. A key market trend is the rise of machine learning-enabled anomaly detection, which boosts diagnostic accuracy while reducing chair time. Competitive differentiation now hinges on advanced software, seamless digital dentistry connectivity, and robust imaging quality.

September 2025 : Planmeca Oy launches the Planmeca Viso® G1 CBCT imaging system, expanding its extraoral imaging portfolio with advanced 3D imaging, low-dose protocols, and enhanced software integration for improved panoramic, TMJ, and volumetric diagnostics. This system joins two new 2D imaging units introduced at IDS 2025, strengthening the company’s position in dental radiography.

March 2025 : Carestream Dental unveils the CS 8200 3D Advance Edition at IDS 2025, offering extended fields of view and AI-enhanced implant planning software that automates workflow and supports multiple clinical indications, including implantology and endodontics.

Impact of Industry Transitions on the Extraoral Cameras Market

As a core segment of the Medical Device industry, the Extraoral Cameras market develops in line with broader industry shifts. Over recent years, transitions such as Transition to Digital Imaging and Adoption of AI and ML have redefined priorities across the Medical Device sector, influencing how the Extraoral Cameras market evolves in terms of demand, applications and competitive dynamics. These transitions highlight the structural changes shaping long-term growth opportunities.

Transition to Digital Imaging

The dental sector is being transformed by digital dental imaging but the slower than expected acceptance of extraoral cameras by leading companies has created a competitive gap that is open to being exploited. Dental offices are modernising their diagnosis procedures and also working on improving the workflow around dental chairs. As a result, technologies like intraoral cameras and the more panoramic X ray machines are becoming more important in the surgical and diagnostic fields. These are set to benefit at the expense of current extraoral cameras to the tune of $31 million. As dental practices seek to implement more advanced imaging and treatment planning systems, their demand for intra oral cameras with high resolution and integrated treatment planning is increasing. This shift in dental buyer needs is jeopardising the position of companies that were first to market with extraoral cameras. Unless the manufacturers adapt their products to work digitally and enhance the communication with the patient, extraoral cameras may end up being secondary tools in diagnostic clinics rather than a central component.

Adoption of AI and ML

The adoption of artificial intelligence and machine learning is reshaping the extraoral cameras market by transforming these systems from passive imaging tools into proactive diagnostic platforms. AI-enabled extraoral cameras can automatically detect anatomical irregularities, bone loss patterns, and early pathological indicators from panoramic and CBCT images, enabling dentists to intervene before conditions progress. This transition is driving measurable efficiency gains in dental clinics by reducing manual image interpretation time and improving diagnostic consistency. In orthodontics and implant planning, ML-based analytics support precise landmark identification and treatment simulations, strengthening outcomes and case acceptance. The impact extends to dental software providers and imaging manufacturers, who are increasingly integrating AI modules into imaging ecosystems, accelerating cross-industry collaboration between imaging hardware, cloud analytics, and digital dentistry platforms while raising the overall value proposition of extraoral imaging solutions.