Cone Beam CT Market 2022
New Study Reports “Cone Beam CT Market 2022, Global Key Players Analysis, Share, Trends, Future Opportunities Forecasts 2030″ has been Added on PMR.
Report Overview
This published report for Cone Beam CT Market analyzes and forecasts the marketing statistics of the product/service market on a global as well as the regional level. This detailed study Cone Beam CT Market also offers the previous historical data along with the forecast from 2022 to 2030. The assessment of Cone Beam CT Market factors gives a brief overview of the impact on the demand over the forecast period. In addition to this, the report also studies the opportunities that are available in the report at the global level. An executive summary is also provided based on the industry snapshot for the period from 2022-2030.
Cone-beam computed tomography (CBCT) is a traditional form of computed tomography (CT). Compared with traditional CT, in Cone Beam CT, the large imaging area gets an extended volume rotating the patient by 360 degrees and obtaining the prescribed information in a single cycle.
The system produces 3D images of high diagnostic value in a care setting to detect subtle or magical fractures and their healing. The CONE BEAM CT device can improve the appearance of the patient’s anatomy even in the presence of a metal implant, which is a common cause of noise in traditional CT imaging.
Cone-beam CT technology provides pristine 3D images to the point of care. This allows the physician to better determine when a patient may return to sports or work. With access to high-resolution 3D imaging, the surgeon can arrange the operation before entering the operating room; that means they are prepared for the best surgical procedure.
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Key players such as Carestream Health, Inc., ICRco, Inc., Xoran Technologies LLC, Vatech, Planmed Oy, ACTEON Group, Planmeca, CurveBeam, Genoray Co., Ltd., PreXion, LargeV Instrument Corporation Limited, Danaher, and others are actively involved in offering Cone Beam CT for different applications.
The ability to capture 3D weight-bearing tests emphasizes the area of potential instability and helps surgeons identify areas of joint disintegration. This is especially important for ankle injuries and mid-foot ligament injuries of athletes, which can be very subtle. The Cone-beam CT market will be fueled by the concept of 3D images and high-volume analysis which will help patients understand their injuries better as the 3D image will help in expressing reality.
One of the major factors driving the rapid spread of Cone Beam CT is low dose used in Cone Beam CT. According to a 2009 report by the National Council on Radiation Protection and Measurements, the average annual effective dose received per individual in the US population (EUS) from all sources increased by an average of 1.7 to 6.2 mSv from all-natural and man-made sources of ionizing radiation. This will boost the low doses technique provided by Cone Beam CT technology.
There have been enormous potential and significant benefits of Cone Beam CT which are driving the Cone Beam CT market. A few of them include-
- Improved performance in strategies that represent the current standard of care
- The expansion of techniques involved in Cone Beam CT in cases that would not normally ineffective
- Facilitate new therapies that require a high degree of geometric accuracy
- The basis of integrated treatment modalities like combined surgery and radiation therapy, with high-quality images that provide a common area of planning and treatment
- Improved understanding of the key factors that govern a patient’s specific treatment response.
Other benefits of Cone Beam CT technology include advanced technical capabilities, precise effective dose, and precise indication can help reduce patient risk and increase diagnostic benefits which will boost the CONE BEAM CT market exponentially.
The global market of Cone Beam CT is primarily driven by its low doses. The radiation by a Cone Beam CT scanner is usually 65-92% less than standard CT. Thus the radiation received by a patient in Cone Beam CT is ten times smaller than that of a standard CT scan and is equivalent to that of 2 x-rays with complete 3D detail. This advantage of Cone Beam CT will accelerate the market.
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Cone Beam CT has transformed dental diagnoses but also finds applications in interventional radiology, guided radiotherapy, mammography, lower and upper limb studies. These broadened scopes of Cone Beam CT have made hospitals and diagnostic centers widely adopting the Cone Beam CT devices. Cone-beam CT devices owing to their 3D visualization assisting in better treatment methods have shown to be largely useful for orthopedic cases accelerating the global Cone Beam CT market.
Due to the exquisite high spatial resolution of Cone Beam CT technology, it can be the preferred method for detection and local staging of cartilage lesions in small joints in conjunction with arthrography. This will further accelerate the Cone Beam CT market for orthopedic applications.
Although originally used for dental imaging, Cone Beam CT is now included in many radiology departments as an integral part of imaging tools, which has widened the Cone Beam CT market globally.
According to a report by the National Council on Radiation Protection and Measurements, the number of CT procedures has been increasing at an average rate of 10% per year for the period from 1993 to 2006, and it is estimated that it will continue growing in the coming years. The 3D visualization has widened the adoption of Cone Beam CT in interventional angiography.
There has been significant growth in interventional angiography in the United States. According to a report, during the period 2000-2004, the total number of angiography procedures in the U.S increased by about 5%. Therefore Cone Beam CT market has expanded making it considerable for the patient’s 3D visual acuity in the operating room while the interventional angiography.
The 3D imaging eliminates the problem of fragmentation of anatomic structures in a traditional 2D fluoroscopic image, making it easier for a physician to direct the intervention process using 3D data sets. These benefits of Cone Beam CT have already expanded the Cone Beam CT market at a large level and are expected to enter into various medical applications further expanding the Cone Beam CT market.
Although, there are numerous benefits of the Cone Beam CT, the implementing cost of the Cone Beam CT system or Cone Beam CT device restraints the growth of the Cone Beam CT market.
Key Segments of Cone Beam CT Market Covered in the Report
Based on Sensor Type, the Cone Beam CT market has been segmented as
- Charge-Coupled Device/ Image Intensifier (CCD/IIT)
- Flat Panel Detector
- Direct
- Indirect
Based on Application, the Cone Beam CT market has been segmented as
- Dental
- Orthodontics
- Dental implants
- Endodontic and periodontics
- Dental surgeries
- Maxillofacial
- Radiotherapy
- Interventional Radiology
- Guided Surgery
- Mammography
Based on Therapy, the Cone Beam CT market has been segmented as
- Portable
- Floor mounted
Based on the scan time, the Cone Beam CT market has been segmented as
- 0-20
- 21-40
- 41-60
Based on the scan time, the Cone Beam CT market has been segmented as
- Hospitals
- Clinics
- Diagnostic Centres
- Ambulatory Surgical Centres
Based on the region, the Cone Beam CT market has been segmented as
- North America
- Latin America
- Europe
- South Asia
- East Asia
- Oceania
- Middle East & Africa
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