The global Dental X-Ray Market (Radiography) was valued at USD 1,487 million in 2021. It is expected to reach USD 12,511 million by 2030, growing at a CAGR of 26.7% during the forecast period (2022–2030).
Dental X-rays are scans and pictures used to examine a person's oral health. These images include the person's teeth and the structures that surround the teeth. Image capturing is accomplished by applying a relatively modest dose of radiation. Dental X-rays enable dentists to detect illnesses of the teeth and the tissue surrounding them that are not conspicuous to the average eye during a standard oral examination. Additionally, they assist the dentist in detecting and treating dental problems at an earlier stage, which can help the patient save money, avoid unnecessary agony, and possibly save their life.
Dentists can more appropriately identify and treat dental diseases and be proactive rather than reactive when it comes to difficulties that arise in the mouth, credit to x-rays. Radiographs of the teeth can also provide the dentist and other medical professionals with information on abnormalities in the hard and soft tissues found within the mouth. Radiography allows pediatric dentists to monitor the growth of their patient's teeth and jawbones over time. If an infection or injury is discovered early on, it may be possible to restrict or avoid subsequent harm to other mouth regions.
Crescendos in the frequency of dental X-ray procedures has led to an increase in the burden of dental disorders, which in turn is boosting the market growth. Additionally, people's preference for better aesthetic and oral care has increased the frequency of dental X-ray procedures. Hospitals and dental clinics make up most of the customers for the x-ray equipment used in dentistry. X-ray tubes, an operating console, a high-voltage transformer, tube head, collimator, grid, patient table, Bucky paper, and sensors or films are the raw components that go into the production of x-ray units.
|Market Size||USD 12,511 million by 2030,|
|Fastest Growing Market||Europe|
|Largest Market||North America|
|Report Coverage||Revenue Forecast, Competitive Landscape, Growth Factors, Environment & Regulatory Landscape and Trends|
Oral cancer is among the three most prevalent malignancies in many Asia-Pacific countries, and the global incidence of lip and oral cavity cancers is 4 per 100,000 people. According to the World Health Organization, cigarette use, alcohol consumption, and a poor diet are among the few common causes of oral disorders worldwide. Oral diseases necessitate expert dental treatment, a significant market driver for dental equipment.
The primary risk factor for dental caries is insufficient fluoride, while other risk factors include low standard of living, behavior, dietary habits, socioeconomic status, and socio-demographic circumstances. Most oral health conditions are mainly preventable and treatable in their early stages. The deteriorated tooth can be removed and treated with fillings, crowns, and root canal therapy, lowering the likelihood of severe infection, toothache, or tooth extraction.
As the prevalence of oral problems rises, the necessity for more precise testing and imaging instruments has also increased. Digital x-rays can capture several intraoral x-ray scans in a small space of time with less radiation exposure than conventional radiography. These high-resolution X-ray images also aid in the creation of a patient-specific, effective treatment plan.
Digital X-ray devices are significantly less intrusive than conventional X-rays and require the placement of a sensor in the patient's mouth to transmit digital data to a computer. These images can be instantly kept in the patient's digital file. They can be superimposed on earlier photographs to quickly monitor tooth movement, restorations, bone growth or loss, fillings, and root canals. It is anticipated that features such as reduced radiation, effective treatment planning, minor discomfort, high-resolution images, digital storage capability, and immediate creation of digital images would boost the acceptance of these devices. Hence contributing to market expansion.
Dentistry procedures such as veneers, zirconia crowns, tooth bleaching, filling, implants, composite bonding, cosmetic contouring, etc., involve highly qualified dentists and lab personnel. Intraoral X-rays are the most common method of radiographs taken in dentistry, offering a detailed view of the mouth's tooth, bone, and supporting tissues. Dental imaging using radiographs is a fundamental and vital aspect of any dental care system.
Imaging methods are expensive to acquire because they involve expensive equipment and specialized components, such as sensors, which can cost between USD 4,000 and USD 12,000. Moreover, because local clinics lack the essential equipment, patients must pay a greater charge. Depending on the patient's needs and the operation's extent, these dental imaging procedures can also be performed concurrently, which may result in more significant expenditures. Consequently, the high price of dental imaging is likely to hamper market expansion.
The field of dentistry has witnessed numerous improvements in all its subfields over the past few decades, raising the need for more accurate and reliable diagnostic instruments and imaging techniques. Modern dentistry has benefited from the introduction of computed tomography, magnetic resonance diagnostic imaging, cone beam computed tomography, and ultrasound. The transition from 2D to 3D imaging has aided physicians in the imaging and mapping craniofacial features, allowing for accessible evaluations of deep lesions.
In addition, the adoption of digital intra-oral and extra-oral x-rays has expanded in recent years due to their speed, accuracy, and exact identification of tooth decay; they are preferred over traditional radiography. Digital intraoral and panoramic imaging with high resolution enables quick access to high-quality images with tunable and low-radiation features compared to conventional imaging systems. Dental practitioners are increasingly adopting these digital X-rays because they require less radiation and harsh chemicals, offering good market prospects for the future.
The regional classification of the Dental X-Ray Market (Radiography) share is done as North America, Europe, Asia-Pacific, Latin America, and the Middle East and Africa.
North America accounts for the largest share of the market and is expected to grow at a CAGR of 28.8% by 2030. The well-established healthcare infrastructure in North America has contributed to the region's greater use of dental X-ray instruments. The market penetration of these systems has increased by the favorable healthcare reimbursements. Increasing government initiatives have also contributed to market expansion.
Given the increased use of digital X-ray technologies by dental professionals, the dental X-ray market in North America will undergo a significant spike in growth over the projected period. However, this move to digital technology has hindered the expansion of X-rays on analog film. It is also hoped that supportive measures from many industry stakeholders will expedite the process of reopening dental practices and reduce financial, material, and safety problems. These activities are anticipated to stimulate the market in the following years.
Europe accounts for the second-largest market share and is expected to reach USD 2,354 million, growing at a CAGR of 27.9% by 2030. Due to a well-established medical system, Germany and the United Kingdom are essential contributors to the Europe dental X-ray market, and the region is likely to demonstrate stable expansion over the forecast period. Further, the increase in the senior population in this region is a significant market driver.
Additionally, oral diseases are widespread among both adults and children in Europe. And to the British Fluoridation Society (BFS), the incidence of tooth decay in Europe is five times more than in any other country globally. As a result, Europe has a high need for dental radiography for rapid diagnosis and treatment. Further, according to a survey by the Oral Health Foundation, Europe ranks second in the number of people who see dentists for routine checkups. The European dental X-rays market is predicted to expand on such factors.
Asia-Pacific is expected to be the fastest-growing region during the forecast period. This is a result of Japan's well-developed healthcare infrastructure and India's and China's continued development. In addition, population aging is a significant development factor for the regional market. In most Asian nations, only emergencies are treated at public hospitals and dental clinics, while most private practices have closed. It is anticipated that confusing guidelines addressing safety precautions in certain nations, such as India, may cause uncertainty among dental professionals.
The global Dental X-Ray Market (Radiography) share is segmented across product, type, application, and region.
Product-wise, the global Dental X-Ray Market (Radiography) is classified into Analog and Digital.
Analog X-Rays acquire the largest market share and are expected to grow at a CAGR of 28.2% during the forecast period. Analog x-rays are typical dental imaging tools that require x-ray films, a negatoscope, and an intensifying cassette screen. Dentists with extensive experience conversant with the system continue to use this equipment. The key reason for the strong demand for analog x-ray systems is the high expense involved in switching to a digital one and the low inclination for transferring to advanced systems, damaging present practices due to the higher investment required for digital systems.
Digital X-Rays are expected to grow at a higher CAGR than Analog x-rays. This may be because digital systems are more modern, use less radiation, produce high-definition images, and reduce the number of time patients spend sitting in chairs. The use of digital sensors in digital x-ray systems enables the simple storage of images on software, which can be feasibly ingressed and is a superior alternative to films that must be developed and stored for future viewing.
Type-wise, the global Dental X-Ray Market (Radiography) is classified into Intraoral and Extraoral.
Intraoral X-Ray is the largest shareholder and is expected to grow at a CAGR of 28% during the forecast period. Intraoral X-rays are one of dentistry's most important imaging modalities because they give high spatial resolution images of teeth and associated dental and jawbone illnesses, such as dental caries. Due to the high prevalence of dental disorders in the US, more people turn to intraoral imaging techniques. These methods make collecting diagnostic information for dental implant planning easier.
Intraoral scans, such as mesiodistal and crestal-apical measurements, aid in determining bone density. In addition, the population of the United States is opting more frequently for restorative dental operations like implants, which has led to an increase in the utilization of intraoral scanning. Due to these factors, intraoral X-ray imaging holds the most significant market share.
The Extraoral X-Ray segment is growing swiftly. A sensor is positioned into the mouth of the patient in the extraoral x-ray system that creates a panoramic image focusing on the entire jaw or bone. Area Extraoral x-rays produce less-detailed images than intraoral radiography. They are mostly utilized to identify broader conditions, like temporomandibular joint abnormalities or impacted teeth.
Extraoral x-rays are favorable over intraoral x-rays because radiation exposure may be controlled. Extraoral radiography is utilized when a patient cannot open their mouth for film placement and is essential for evaluating any serious concerns. However, these devices cannot identify subtle changes such as tooth caries and periodontal disease in their earliest stages.
Application-wise, the global Dental X-Ray Market (Radiography) is classified into Medical, Cosmetic Dentistry, and Forensic.
Medical accounts for the largest share of the market and is estimated to grow at a CAGR of 28.7% during the forecast period. Dental radiography is a helpful diagnostic and treatment planning tool since it allows for visualizing the extent of various disorders, such as cavities, tumors, fractures, etc. Dental imaging is used to obtain an in-depth image of the root tips and spaces below the gums, which are beyond human eyesight and are disease-prone due to the accumulation of plaque and bacteria. Radiographs of the teeth are used to determine the level of tooth decay and to examine other dental issues, such as cysts and abscesses. In addition, they aid in detecting impacted or missing teeth and evaluating bone loss related to periodontal disease. Therefore, this device is utilized extensively in medical units.
Cosmetics Dentistry is the fastest-growing segment. The global population is increasingly concerned with dental aesthetics, increasing the desire for cosmetic operations. The market is most likely to be upswing by the observed expansion in cosmetic dentistry, promoting the greater use of dental radiography. Before starting therapy, such as installing dental implants, panoramic x-rays can be used to evaluate dental alignment. These dental radiographs aid in the monitoring and evaluation of any developmental anomalies. Consequently, aesthetic dentistry will experience the most growth over the projection period.