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On November 11, GE Healthcare (Nasdaq: GEHC) and DeepHealth announced a strategic cooperation to promote the widespread application of artificial intelligence (AI) in the imaging field.   DeepHealth and its wholly-owned subsidiary RadNet are committed to developing SmartTechnology solutions. These solutions leverage AI technology to address key challenges in the imaging value chain, including improving the efficiency of image interpretation and reporting, facilitating collaboration among medical teams, improving clinical interpretation of images, and improving operational efficiency and productivity. GE Healthcare said the collaboration will leverage its own imaging expertise and scale advantages. RadNet brings its deep experience in healthcare service delivery, while DeepHealth provides AI-based health informatics technology. They hope to improve the quality of patient care by optimizing end-to-end clinical and operational workflows. DeepHealth's cloud-native operating system is designed to integrate clinical and operational tools to increase radiology workflow efficiency and improve patient outcomes.   DeepHealth's AI-based SmartMammo workflow is combined with GE Healthcare's patient-centric Senographe Pristina mammography system to provide AI-based clinical imaging support for breast cancer screening. Through this collaboration, the solution will be able to support large-scale breast cancer screening programs. In addition, the two parties are also seeking to integrate DeepHealth's Smart Alerts workflow into the Senographe Pristina platform. This feature utilizes fast AI processing technology to send alerts to imaging checkpoints within minutes to indicate cases of potentially suspicious lesions.   Kees Wesdorp, president and CEO of RadNet Digital Health, said the collaboration has the potential to "revolutionize large-scale diagnostic and screening programs, streamline radiology workflows, and improve patient outcomes." Roland Rott, president and CEO of GE Medical Imaging, said: "This new collaboration with DeepHealth will combine our strengths to jointly address key challenges in today's healthcare sector. We are committed to bringing more personalized, patient-centered Breast Care at the Center Comes to Reality - AI is showing tremendous potential in breast cancer screening, from early detection and risk assessment, to reducing the number of recalls and improving the productivity of breast imaging providers. Combining imaging technology with the power of AI will provide a new level of personalized breast care for patients facing this difficult diagnosis."

Color Doppler ultrasound is a major scientific and technological achievement successfully developed in the mid-1980s after more than 30 years of development in ultrasound medicine and has continued to mature in the following ten years. It has special advantages in medical imaging technology.     Based on the application fields of desktop color Doppler ultrasound and portable color Doppler ultrasound, and the concentrated range of transaction prices in 2022: 1. the average price of desktop color Doppler ultrasound is less than 20,000 US dollars, between 50,000 US dollars, and the corresponding specifications and models are divided into: basic desktop color Doppler ultrasound, mid-end Desktop color Doppler ultrasound, high-end desktop color Doppler ultrasound; 2.portable color Doppler ultrasound with an average price of less than 10,000 US dollars, between 10,000 and 30,000 US dollars, and more than 50,000 US dollars. 1.Color Doppler Sales Ranking According to medical recruitment data, in 2022 color ultrasound diagnostic instruments (excluding: handheld ultrasound, liver function shear wave ultrasound, coronary intravascular ultrasound, endoscopic ultrasound, ultrasound for artificial abortion, lithograph location ultrasound, black and white ultrasound , animal ultrasound) In terms of the sales volume of color ultrasound, the top five in the domestic market are Mindray 35.90%, GE Medical 17.59%, Philips 14.74, sonoscape 6.81%, and Siemens Medical 3.20%. Among them, Mindray ranks first as in 2021, and domestic manufacturers have already occupied a major market share. In terms of sales amount, Mindray 27.23%, GE Medical 24.38%, Philips 23.00%, Siemens Medical 4.95%, and Sonoscape 4.26% rank in the TOP5. In terms of the share of domestic brands compared to foreign brands, Chinese ultrasound The price is cheap ultrasound, but Mindray still ranks first in market share. 2.Desktop color Doppler ultrasound According to medical recruitment data, in the application field of desktop color Doppler ultrasound, the concentrated range of transaction prices in 2022: the average price of desktop color Doppler ultrasound is less than 20,000 US dollars, between 50,000 US dollars, and the corresponding specifications and models are divided into: basic desktop color Doppler ultrasound, mid-end Desktop color Doppler ultrasound, high-end desktop color Doppler ultrasound; Among the sales volume of high-end desktop color ultrasound in 2022, GE Medical ranks first with a market share of 32.46%, followed by Philips with a market share of 32.21%, and Mindray ranks third with a market share of 11.84%. In addition, Siemens Healthcare, Canon, Samsung, Fuji, Derunte, Esaote, and Sonoscape entered the top ten list Among the sales volume of mid-range desktop color Doppler ultrasound, Mindray Medical ranks first with a market share of 43.82%, GE Medical ranks second with a market share of 16.20%, and Philips ranks third with a market share of 14.37%. It is Kaili, Esaote, Vinno, Fuji, Shanchao, Samsung, Derunte, etc.   Among the sales of basic desktop color Doppler ultrasound, Mindray Medical ranks first with a market share of 49.48%, Kaili ranks second with 13.41%, and GE Medical ranks third with a market share of 5.79%, followed by Vinno, Hisense, SIUI, Chison, Philips, Blue imaging, Edan, etc.. 3.portable color ultrasound According to medical recruitment data, in the field of portable color Doppler ultrasound applications, the concentrated range of transaction prices in 2022: portable color Doppler ultrasound with an average price of less than 10,000 US dollars, between 10,000 and 30,000 US dollars, and more than 50,000 US dollars. Among the sales volume of high-end portable color ultrasound in 2022, GE Medical ranks first with a market share of 33.73%, followed by Philips with a market share of 28.47%, and Mindray with a market share of 27.27%. Ranked TOP5 for Fuji, Sonoscape, etc. Among the sales volume of mid-end portable color ultrasound, Mindray Medical ranks first with a market share of 48.27%, GE Medical ranks second with a market share of 13.77%, and Kaili ranks third with a market share of 9.09%. Followed by Fuji, Huasheng, Konica, Vinno, Esaote, Edan, SIUI, etc.   Among the sales volume of basic portable color ultrasound, Mindray Medical ranks first with a market share of 50.80%, Kaili ranks second with 8.70%, and Libang ranks third with a market share of 8.19%, followed by It is Vinno, SIUI, Huasheng, Chison, Dawei, Zoncare, Blue Imaging, etc. 4.Market structure At present, ultrasonic diagnosis is the most widely used field of medical ultrasound. It mainly uses ultrasonic beams to scan the human body, and obtains images of internal organs through receiving and processing reflected signals, that is, ultrasonic imaging. With the rapid development of ultrasound imaging technology, ultrasound medicine is more and more widely used in clinical disease diagnosis and treatment. In the diagnosis, treatment and prognosis evaluation of diseases, ultrasound examination has become one of the non-invasive examinations preferred by clinicians. A. Mindray Mindray Medical started to enter the field of ultrasound in 1996 and has been cultivating deeply since then. In 2001, Mindray launched the first all-digital black-and-white ultrasound DP-9900 with completely independent intellectual property rights, which successfully promoted domestic black-and-white ultrasound from the analog machine era to the digital machine era. In 2006, the first truly domestically produced color Doppler ultrasound DC- 6 The launch of the product marked Mindray’s official start to develop color Doppler ultrasound business. Under the route of independent research and development and external acquisitions, in 2015, Mindray launched Resona7, China’s first high-end color Doppler ultrasound product based on big data algorithms, successfully entering the high-end color Doppler ultrasound field and becoming a world-class brand. On December 24, 2022, Mindray released a new high-end multi-parameter ultrasound of the ultrasound Kunlun series – Resona R9 Platinum, leading ultrasound technology into a new era of multi-parameter imaging. Based on the advanced domain imaging technology of the ultrasound industry, the ZST domain light platform has revolutionized the quality of ultrasound images to a new level, and at the same time brought more image processing technologies and innovative functions, providing powerful diagnostic capabilities for doctors. s help. Thanks to the continuous improvement of market recognition, Mindray’s revenue and market position have also achieved steady growth, and it has gradually stabilized its market position B. GE Healthcare In recent years, GE Healthcare has greatly accelerated its localization in China, continuously consolidating its leading position in the ultrasound field. Its products are distributed in high-end, medium-end and low-end markets, and the application markets of obstetrics and gynecology, radiation, and heart are all in a leading position. In addition to independent research and development, GE Healthcare has continuously improved its product segmentation line through many acquisitions, forming a series of specialized products that meet the needs of different hospitals, different departments, and various diagnostic and treatment environments. In February 2023, GE Healthcare announced the acquisition of Caption Health, a developer of AI ultrasound technology, to use AI to empower clinical ultrasound precision diagnosis and treatment, and further promote the development of its US$3 billion ultrasound business. At present, GE Healthcare’s ultrasound product portfolio has expanded from the field of diagnosis to the field of surgical visualization, laying a solid foundation for its latest AI ultrasound track. With the deepening of the layout of precision medicine, GE Healthcare’s ultrasound product portfolio will be more comprehensively popularized in clinical examination and treatment, opening a new chapter for the development of ultrasound for the company and the industry. C. Philips Philips has always been the leader in the field of cardiac ultrasound in the world. In the past two years, the sales volume of Philips high-end products has declined. At this stage, it is speeding up localization and giving its brand competitive advantages to cope with the wave of “domestic substitution”. 100% localization of all products including high-end products D. Sonoscape Ultrasound imaging, as the starting business of opening medical treatment, has been at the forefront of the industry for many years and has continued to enrich its product layout. At present, sonoscape Medical has more than 20 ultrasound imaging products independently developed and produced, covering all fields of clinical application. In May 2022, sonoscape Medical released the fourth-generation artificial intelligence prenatal ultrasound screening technology “Phoenix S-Fetus”. It is reported that “Phoenix Eye S-Fetus” is the world’s first high-end obstetrical intelligent technology that automatically captures standard sections based on dynamic images, bringing a disruptive technical experience to prenatal ultrasound examinations. The development of this technology is based on the ISUOG guidelines and based on authoritative standard section big data, which can automatically and accurately identify 14 standard sections, and quickly obtain automatic measurements of 12 items with one click E. Siemens Healthcare In the past more than half a century, Siemens Healthcare has been a global leader in ultrasound technology and has launched the world’s first wireless color ultrasound and handheld ultrasound. However, in the global market competition pattern, Siemens Medical has gradually lagged behind GE Medical and Philips, and previously planned to sell the ultrasound business. In June 2022, Siemens confirmed that it would no longer sell the ultrasound sector. It not only reorganized the positioning of the ultrasound business, but also increased investment in the ultrasound business, striving to return to the top three. The deepening of the global aging population, the increase in the incidence of diseases, and the increasing use of ultrasound medicine in clinical applications have also led to the stable development of the global ultrasound market. This may be an important reason why Siemens has re-emphasized ultrasound and continued to increase its investment layout. F. Chison At present, Chison company has 40 main core technologies, covering whole-body application ultrasound, specialized ultrasound, intelligent ultrasound fields and core components of probes, and has obtained more than 700 domestic and overseas intellectual property rights. As a technology leader that has passed CMD, CE (EU), FDA (USA), CSA (Canada), KFDA (Korea) and other relevant international certifications, Chison Medical has an extensive sales network covering more than 100 countries and regions around the world. At present, SonoSite Ultrasound has a variety of lightweight and fast portable ultrasound products, including the world’s first self-service ultrasound X-Porte color ultrasound diagnostic system, the classic portable color ultrasound diagnostic system M-Turbo, the new generation of dedicated puncture guidance machine S II and Flagship Portable Ultrasound EDGE II and more. As the most popular ultrasound of Chison,Chison Caradic Ultrasound Scan Chison Ebit60 Portable Color Doppler Ultrasound Machines is a Color Doppler Ultrasound Machines,Portable Color Ultrasound Machines,Chison Caradic Ultrasound Product. G. Vinno Vinno is a manufacturer of digital color ultrasound equipment, focusing on the R&D, production and sales of digital color ultrasound diagnostic instruments and related technologies. After years of development, Vinno has formed a relatively rich product system. At the beginning of 2023, the company’s application for listing on the Science and Technology Innovation Board was changed to “inquired”. CICC is its sponsor and plans to raise 1.122 billion yuan. At present, it has established domestic and global sales channels in more than 100 countries. Since its launch, its products have entered nearly 400 tertiary hospitals across the country and entered many overseas markets such as Europe, South America, Asia and Africa. VINNO G86, M86, G65, X9, X8, Q5 and other models of color Doppler ultrasonic diagnostic instruments were selected into the catalog of excellent domestic medical equipment products.   H. Zoncare Wuhan Zoncare Biomedical Electronics Co., Ltd. is located in Wuhan-China Optics Valley. It is a well-known domestic medical device manufacturer and service provider, and a national high-tech enterprise. Since its establishment in 2005, the company has been committed to the innovative R&D and manufacturing of ultrasound imaging, ECG monitoring and medical information products. It has more than 100 models of listed medical products in 7 categories, including full-digital color Doppler ultrasound diagnostic system, full-digital black-and-white ultrasound, digital electrocardiograph, patient monitor, Holter, ambulatory blood pressure, and ECG information network system. . Zoncare has established three technology research and development centers in Wuhan, Shenzhen and the United States. In the past three years, 20% of annual sales revenue has been invested in research and development. and independent intellectual property rights. Based in Wuhan, Zoncare has a global focus. It has branches or offices in 27 domestic provinces and autonomous regions, and overseas marketing offices in the United States, Germany, Russia, India, Mexico, the United Arab Emirates and Egypt. Today, Zoncare’s marketing and service network has begun to take shape, and its products are exported to more than 100 countries and regions around the world, with nearly 50,000 medical users I. SIUI SIUI Ultrasound is mainly engaged in the R&D, production and sales of medical imaging equipment and industrial non-destructive testing equipment. Its predecessor was the original factory-run research institute of Shantou Ultrasonic Electronic Instrument Factory established in 1982. leading enterprises. after years of independent R&D and innovation, the company has mastered functional imaging technologies ranging from structural imaging of organs to analysis of organ motion and elastography, and has established a comprehensive system ranging from image processing algorithms, image analysis software, core components of probes to complete machine design and development. A complete core technology independent intellectual property system has formed a full range of product types ranging from whole-body application color ultrasound equipment, clinical specialty application color ultrasound equipment, portable color ultrasound equipment, handheld wireless color ultrasound to artificial intelligence cloud platform solutions. J. Samsung As the pioneer and leader of the global four-dimensional ultrasonic diagnostic technology, Samsung Medical has been engaged in the research and development of cutting-edge four-dimensional ultrasonic diagnostic technology as early as the 1990s, and successfully promoted the world’s first four-dimensional ultrasonic diagnostic system to the world in 1997. market, and made the four-dimensional ultrasound diagnostic technology the third revolutionary breakthrough in the history of ultrasound development after real-time two-dimensional black-and-white ultrasound and real-time two-dimensional color ultrasound. In November 2022, Samsung Medical’s new generation of ultra-high-end intelligent color Doppler ultrasonic diagnostic instrument Zeus R10 will make a grand debut in China. Relying on the S-Detect (nail breast artificial intelligence) module empowerment, Zeus R10 can automatically extract lesions from ultrasound images , Boundary recognition analysis, so as to assist doctors to screen, evaluate and diagnose lesions, the diagnostic accuracy rate is as high as 93%, which is basically equivalent to the level of senior ultrasound doctors. And for the first time, it has realized the whole process of intelligence from the host imaging platform to the diagnostic technology, completely subverting the ultrasound image quality and clinical workflow. And from two-dimensional grayscale, blood flow, to elastography and angiography, it helps clinicians have more confidence in diagnosing various diseases through multi-modal means. After years of development, China’s ultrasonic medical imaging equipment industry has formed an industrial system with complete professional categories and strong basic technologies. At present, from the perspective of new markets in the entire market, the market share of foreign-funded brands in high-end color ultrasound equipment is still relatively large, but medical ultrasound diagnostic equipment companies represented by Mindray Medical and Kaili Medical have mastered the core production technology and are in some The high-end application has also been comparable to international manufacturers. In the high-end market, domestic and foreign brands will gradually form a situation where there is no distinction between domestic and foreign brands. In the low-end market, domestic brands have obviously risen, and the future is worth looking forward to.  

3D ultrasound is used in the medical industry. It is an advanced technology for imaging of body organs with real-time imaging of organs. It fundamentally involves the imaging of intravascular activity, cardiac activity, and fetal activity. The collection of 3D pictures and sound is one of its important aspects. It is used in the imaging of muscles, tendons, blood vessels, joints, and other internal organs with 3D ultrasound technology. This system provides necessary information regarding structures and organs with real-time imaging. The flexibility and ability of 3D ultrasound devices to change 2D images into real-time datasets have proliferated their use. As a result, 3D ultrasound manufacturers become increasingly significant. Gynecologic ultrasonography has witnessed high demand in hospitals. The growing prevalence of diseases like cancer, and cardiovascular and respiratory disorders has facilitated the demand for 3D ultrasound manufacturers. Increasing demands for real-time imaging and problem detection have boosted 3D ultrasound manufacturers. Technical progression in 3D ultrasound with 3D imaging is an opportunity for 3D ultrasound manufacturers. Moreover, research and development in advanced technologies are in full swing. Increasing investment in the medical framework has gathered pace. Additionally, innovative ultrasound techniques and launches are the force for 3D ultrasound manufacturers. The efficiency, efficacity, and performance of 3D ultrasound have also led to its mushrooming demand.   Top 10 3D ultrasound manufacturers giving real essence of technological innovation The Global 3D Ultrasound Manufacturers Market report is organized with furious facts by VMR experts. The market is expected to share high growth during the forecast timeline. Download a sample straight away. GE Healthcare GE Healthcare was established in 1994 and based in Illinois, U.S. It specializes in medical technology and healthcare. It makes diagnostic imaging agents and radiopharmaceuticals utilized in imaging. Its products include ultrasound machines and patient monitoring products. Additionally, it is one of the best 3D ultrasound manufacturers in the world. Philips Healthcare Philips Healthcare was founded in 1891 and is based in Eindhoven, Netherlands. It was established by Gerald and Anton Philips. It currently focuses on health technology and medical equipment. Needless to say, it is one of the best 3D ultrasound manufacturers in the world. Canon Canon was founded in 1937 and headquartered in Tokyo, Japan. It was founded by Goro Yoshida, Saburo Uchida, and Takeo Maeda. It is specialized in imaging, optical and medical equipment. It is also listed as the best 3D ultrasound manufacturers. Hitachi Hitachi was founded by Namihei Odaira in 1910. It is headquartered in Tokyo, Japan. It specializes in a wide range of products and domains. From electronics to AI, from automation to industrial machinery, Hitachi has global recognition. It deserves to be mentioned by 3D ultrasound leaders. Siemens Siemens was founded in 1847. The company was established by Werner von Siemens. Headquartered in Munich, Germany, it is a recognized maker of medical diagnostics equipment. It also specializes in electronics. It is a world leader in its domains and it also manufactures 3D ultrasounds. Mindray Medical International Mindray Medical International was founded in 1991 and is based in Shenzhen, China. It specializes in medical devices and related products. It was acclaimed as the largest medical device manufacturer in the country. It has great expertise in ultrasound systems and patient monitors. It is one of the best 3D ultrasound producers in the world. Favero Health Favero Health was established in 1954 and based in Montebelluna, Treviso, Italy. It manufactures equipment for hospitals, retirement homes, and clinics. It also designs integrated systems for healthcare communities. 3D ultrasound is one of its specializations. Fujifilm Fujifilm was established in 1934 and is based in Tokyo, Japan. It was founded by Daicel Corporation based in Japan. It has expertise in the realms of medical electronics, medical imaging, and diagnostics equipment. It is considered one of the best 3D ultrasound manufacturers in the world. Neusoft Neusoft was founded in 1991 and is based in Shenyang, China. It specializes in Information Technology and medical equipment systems. It is one of the most notable companies in China. 3D ultrasound manufacturing is one of its specializations in the medical domain. Clarius Mobile Health Clarius Mobile Health was founded in 2014. It is based in Vancouver, Canada. It is specialized in medical equipment manufacturing and ultrasound tools. It is reputed for high-definition wireless ultrasound and medical imaging. It deserves a mention as one of the best 3D ultrasound manufacturers in the world.

China Ultrasound Devices Market Outlook China Ultrasound Device Market is forecasted to be valued at around US$ 2.94 Billion by 2030, according to Renub Research. Ultrasound devices are in high demand globally. They use high-frequency sound waves to create real-time images of inner body structures like organs and tissues. Ultrasound is a crucial tool in present-day healthcare structures due to its non-invasive nature and capacity to offer distinct photos. The need for ultrasound is developing because of fast urbanization and healthcare infrastructure growth in China, as well as the growing older populace and the emphasis on early sickness detection. China Ultrasound Device Market is anticipated to increase at a CAGR of 6.04% from 2024 to 2030 The market in China is experiencing growth due to the growing burden of chronic conditions. With situations like cardiovascular disease, diabetes, and cancer on the upward thrust, there may be a pressing want for sensible diagnostic equipment to detect and screen those ailments. For instance, as per the National Center for Biotechnology Information (NCBI), it is anticipated that about 330 million people in China are affected by cardiovascular conditions. Ultrasound devices are essential in diagnosing persistent illnesses non-invasively and in real-time, bearing in mind early detection and timely intervention. This makes it a necessary issue of the country's healthcare panorama. Technological advancements are pivotal in propelling the increase of the ultrasound device market in China. Continuous innovations of more desirable image precision, 3D/4D imaging skills, and transportable gadgets contribute to advanced diagnostic accuracy and multiplied applications. Automation and artificial intelligence integration streamline the diagnostic procedure, making ultrasound devices more efficient and convenient. China's healthcare is advancing in precision medicine and personalized healthcare, aligning with the changing healthcare landscape. This expands the adoption of sophisticated ultrasound technologies. The synergy between technological development and healthcare desires positions the ultrasound device market at the forefront of diagnostic innovation in China. Government tasks in healthcare and significant investments in studies and development are critical drivers of the increase in the market. These efforts bolster infrastructure, improve access to scientific services, and foster innovation. With a focus on advancing diagnostic talents and tailoring technologies to satisfy evolving healthcare needs, government support creates conducive surroundings for market expansion. The synergy between authorities’ projects and research improvement fuels the adoption of advanced ultrasound technologies, driving market increase in China. Hence, the China ultrasound device market was US$ 1.95 Billion in 2023. Trolley or cart-based ultrasound devices are among the most popular portable options in the China ultrasound device market By portability, the China ultrasound device market is fragmented into Trolley/Cart-based Ultrasound Devices and Compact/Handheld Ultrasound Devices. Trolley/cart-based ultrasound devices are poised to be among the quickest-developing sections in the China market. This is because those devices provide superior imaging competencies while being easily portable in healthcare centers, making them suitable for diverse scientific settings. With China's increasing healthcare infrastructure and emphasis on point-of-care diagnostics, the demand for portable, effective ultrasound devices is rising. Trolley-based systems satisfy this need by providing terrific imaging at the point of care, driving their predicted increase in the China market. Radiology might dominate the ultrasound device market in China By application, the China ultrasound device market is segmented into Radiology/General Imaging, Cardiology, Gynecology, Vascular, Urology, and Others. Radiology commands one of the most significant shares in the China ultrasound device market. This is due to its wide-ranging applications and essential position in diagnostic imaging. With the rising incidence of chronic illnesses and the need for correct and timely diagnoses, ultrasound technology is indispensable in radiology departments throughout healthcare centers. From assessing organ health to guiding interventional tactics, ultrasound devices provide versatility and non-invasiveness. As China's healthcare infrastructure expands and diagnostic capabilities improve, radiology remains a cornerstone of the ultrasound device market, propelling its considerable market proportion. Hospital section is one of the leading segments in the China ultrasound device market By end-user, the China ultrasound device market is divided into Hospitals, Surgical Centers, Diagnostic Centers, Maternity Centers, Ambulatory Care Centers, and Academic Institutions. Hospitals are among the leading segments in the China ultrasound device market. This is because of their pivotal position as primary healthcare carriers. With increasing patient volumes and a developing emphasis on superior diagnostics, hospitals force great demand for ultrasound devices. These establishments require versatile imaging solutions to cater to diverse medical specialties and patient desires. As China continues to put money into healthcare infrastructure and expands its access to clinical services, hospitals continue to be vital contributors to the boom of the ultrasound device market in the country. Key Players Canon Medical Systems Corporation, Koninklijke Philips NV, Siemens AG, Samsung Electronics Co.Ltd., Hologic, Inc., Fujifilm Holdings Corporation, GE Healthcare, and Shenzhen Mindray Bio-Medical Electronics Co., Ltd. are the key players in the China ultrasound device market. In February 2023 - GE Healthcare established a long-term joint venture with a Chinese state-owned pharmaceutical company subsidiary to provide non-premium solutions for CT and general imaging ultrasound. In April 2023 - The Pediatric Cardiovascular Department of West China Second University Hospital in Yibin City performed screening for congenital heart disease in children. The medical professionals diagnosed the patient's condition using a portable ultrasound machine called SonoBook, which Chison manufactured. Portability – China Ultrasound Device Market breakup in 2 viewpoints: 1. Trolley/Cart-based Ultrasound Devices 2. Compact/Handheld Ultrasound Devices Application – China Ultrasound Device Market breakup in 6 viewpoints: 1. Radiology/General Imaging 2. Cardiology 3. Gynecology 4. Vascular 5. Urology 6. Others End-User – China Ultrasound Device Market breakup in 6 viewpoints: 1. Hospitals 2. Surgical Centers 3. Diagnostic Centers 4. Maternity Centers 5. Ambulatory Care Centers 6. Academic Institutions All the Key players have been covered from 3 Viewpoints: • Overview • Recent Developments • Revenue Analysis Company Analysis: 1. Canon Medical Systems Corporation 2. Koninklijke Philips NV 3. Siemens AG 4. Samsung Electronics Co.Ltd. 5. Hologic, Inc. 6. Fujifilm Holdings Corporation 7. GE Healthcare 8. Shenzhen Mindray Bio-Medical Electronics Co., Ltd. Report Details: Report Features Details Base Year 2023 Historical Period 2019 - 2023 Forecast Period 2024 - 2030 Market US$ Billion Segment Covered Portability, Application, and End User Companies Covered Canon Medical Systems Corporation, Koninklijke Philips NV, Siemens AG, Samsung Electronics Co.Ltd., Hologic, Inc., Fujifilm Holdings Corporation, GE Healthcare, and Shenzhen Mindray Bio-Medical Electronics Co., Ltd. Customization Scope 20% Free Customization Post-Sale Analyst Support 1 Year (52 Weeks) Delivery Format PDF and Excel through Email (We can also provide the editable version of the report in PPT/Word format on request)

The U.S. Ultrasound Equipment Market is experiencing significant growth driven by several factors. Ultrasound equipment is widely used in various medical specialties for diagnostic imaging purposes due to its non-invasive nature, real-time imaging capabilities, and safety profile. Factors driving market growth include the increasing prevalence of chronic diseases, rising demand for minimally invasive diagnostic procedures, and technological advancements in ultrasound imaging technology. Moreover, the growing aging population and the associated higher incidence of age-related conditions contribute to market expansion. Additionally, the introduction of portable and handheld ultrasound devices, along with advancements in imaging resolution and functionality, further stimulate market growth by improving accessibility and diagnostic accuracy. Furthermore, the expanding applications of ultrasound imaging in point-of-care settings, emergency medicine, and obstetrics/gynecology drive market demand. As healthcare providers seek efficient and cost-effective diagnostic solutions, the U.S. Ultrasound Equipment Market is expected to witness sustained growth and technological innovations in the foreseeable future. Get FREE Research Study Report Sample PDF: https://www.fortunebusinessinsights.com/enquiry/sample/u-s-ultrasound-equipment-market-108463 The U.S. ultrasound equipment market is a vital segment of the medical device industry, facilitating diagnostic imaging across various medical specialties. Here are the top 10 companies operating in the U.S. ultrasound equipment market: Top 10 Companies in U.S. Ultrasound Equipment Market   GE Healthcare (U.S.): GE Healthcare is a leading provider of ultrasound equipment, offering a wide range of systems tailored to different clinical needs. Their portfolio includes portable, compact, and high-end ultrasound machines equipped with advanced imaging technologies. Koninklijke Philips N.V. (Netherlands): Philips Healthcare is renowned for its innovative ultrasound solutions designed to enhance diagnostic accuracy and patient care. Their ultrasound systems feature advanced imaging technologies and ergonomic designs for improved workflow efficiency. CANON MEDICAL SYSTEMS CORPORATION (Japan): Canon Medical Systems, formerly Toshiba Medical Systems Corporation, is a prominent player in the ultrasound equipment market. They offer a comprehensive range of ultrasound systems known for their exceptional image quality and clinical performance. Hitachi (Japan): Hitachi Healthcare Americas is known for its advanced ultrasound systems that combine cutting-edge technology with user-friendly features. Their ultrasound platforms cater to various medical specialties, including radiology, cardiology, and obstetrics. Fujifilm Holdings Corporation (Japan): Fujifilm offers a diverse portfolio of ultrasound systems known for their exceptional image quality and reliability. Their innovative technologies, such as high-frequency imaging and elastography, enable precise diagnostic assessments. Siemens Healthcare (Germany): Siemens Healthineers manufactures ultrasound systems designed to meet the evolving needs of healthcare providers and patients. Their comprehensive range of ultrasound solutions encompasses advanced imaging modalities and workflow-enhancing features. Shenzhen Mindray Bio-Medical Electronics Co., Ltd. (China): Mindray is a prominent player in the global ultrasound market, offering a wide range of ultrasound systems characterized by affordability and reliability. Their products are widely used in diverse healthcare settings worldwide. Samsung Medison Co., Ltd. (South Korea): Samsung Medison specializes in the development of high-quality ultrasound systems tailored to the needs of healthcare professionals. Their innovative technologies optimize diagnostic accuracy and efficiency. Esaote SPA (Italy): Esaote is a leading manufacturer of portable and compact ultrasound systems known for their advanced imaging capabilities and user-friendly interfaces. Their ultrasound solutions are widely utilized in point-of-care settings and specialty clinics. Butterfly Network, Inc. (U.S.): Butterfly Network is revolutionizing the ultrasound industry with its innovative handheld ultrasound devices. Their portable, smartphone-compatible ultrasound probes provide high-quality imaging at a fraction of the cost of traditional systems.                   In conclusion, the U.S. ultrasound equipment market is characterized by intense competition and continuous technological advancements. These top 10 companies play a crucial role in driving innovation and improving patient care through their diverse range of ultrasound solutions. As the demand for efficient and accurate diagnostic imaging continues to grow, these companies are expected to maintain their leadership positions by investing in research and development and introducing cutting-edge technologies to the market.

In the medical field, the importance of ultrasound equipment is self-evident. However, have you ever encountered problems such as difficulty in starting up the machine, worrying about damaging the equipment when shutting down, improper operation causing equipment failure, or improper maintenance of the probe affecting the use effect? Today, we will bring you a series of tips on the use of ultrasound equipment, so that you can operate it smoothly, efficiently and safely every step from startup to shutdown. Next, please follow our footsteps and explore the correct use of ultrasound equipment!   1. Precautions when starting up Start the voltage stabilizing device: First ensure that the voltage stabilizing device is turned on, and wait for its output to stabilize before proceeding to the next step. Start the ultrasonic host: After the voltage stabilizing device is stable, start the ultrasonic host. Avoid immediate operation: The device takes a certain amount of time from startup to ready. During this period, please avoid operating any buttons, especially to prevent accidental touching or careless cleaning. Wait for complete readiness: When the device starts and the image interface appears, please wait for 10 seconds to ensure that all startup tasks within the device are completed before proceeding.   2. Key points of shutdown Natural shutdown: After pressing the shutdown button, the device will perform a series of automatic shutdown actions. This process should not be interrupted artificially. Avoid direct power outages: Directly cutting off the power supply during shutdown may cause software instability or hardware damage.   3. Operating specifications Avoid frequent operations: The signal processing capability of the device is limited. Too fast and frequent operations may cause overload, stop responding or crash. Follow formal procedures: Different equipment has different operating procedures. It is recommended to follow the formal operating procedures of the equipment for daily work.   4. Probe maintenance Handle it with care: The probe is an expensive part of the ultrasound equipment. Please handle it with care when using it and avoid bumping or falling to the ground. Apply couplant: When applying couplant, avoid contact between the bottle mouth and the probe surface to prevent damage. Avoid dragging: When moving the device, do not drag it with the probe cable. Clean in time: Develop the habit of cleaning the probe regularly.   5. Crash handling Understand the cause of the crash: Ultrasound equipment uses a computer control system, which may trigger a crash due to accidental factors, but in most cases it can return to normal after restarting. Stay calm: When encountering a crash, please stay calm, handle it as if your personal computer has crashed, and observe the subsequent operation.     Mastering the correct method of using ultrasound equipment will not only make your work more efficient, but also effectively extend the service life of the equipment and reduce the failure rate. I hope the above content can provide you with substantial help and make you more comfortable in using ultrasound equipment. If you find this content useful, you may wish to share it with your colleagues and friends to improve our work efficiency and equipment usage together.

Fault phenomenon When using Hitachi ARIETTA 70 ultrasonic diagnostic equipment, it was found that there was obvious bright channel interference in the echo area of ​​the image, which affected the accuracy of diagnosis and the clarity of the image.     Failure analysis Based on the observed fault phenomenon, it is initially determined that the fault may be related to the RX board (receiving board). The RX board is an important part of the ultrasonic diagnostic equipment and is responsible for receiving and processing the echo signals captured by the ultrasonic probe. If the RX board fails, it may cause abnormal processing of echo signals, resulting in bright channel interference on the image.   Maintenance treatment Prepare: Confirm the fault phenomenon and prepare the tools and spare parts required for repair, including a new RX board. Understand the structure of the device and the location of the RX board for replacement.   Disassembly: Turn off the power to the device and disconnect all cables. Remove the left casing of the machine and the iron cover of the front chassis to expose the front board. There is the name of the corresponding board under each board. 5723 is the RX board. Find and remove the JUMPER board that connects the RX board, CWSRV board, and TX board to replace the RX board.   Replace: Carefully remove the faulty RX board, taking care not to damage surrounding components and connecting wires. Install the new RX board into its original location, making sure the connections are secure. Reconnect the JUMPER board, making sure all connections are correct. Close the front chassis and left side enclosure to restore the appearance of the device. Turn on the power, start the device, and observe whether the image returns to normal     Repair result After replacing the RX board, restart the device and observe the image. It is found that the bright channel interference has disappeared and the image has returned to normal.     Things to note During maintenance, make sure the equipment is turned off and disconnected from the power source to avoid electric shock and damage to the equipment. Be careful when removing and installing the board to avoid damaging surrounding components and connecting wires. After repairs are completed, comprehensive testing is performed to ensure that the functionality and performance of the equipment are restored to normal.

Fault phenomenon   Customers reported that except for the trackball and numeric keyboard of the GE VIVID Q ultrasound equipment, all other function buttons have lost their response and cannot be used normally.       Troubleshooting After power-on inspection, it was found that except for the trackball and numeric keyboard, the indicator lights of other function keys were not on and could not respond to operations. After preliminary judgment, the problem should lie in the control panel. Since there are multiple versions of the VIVID Q control panel, you need to find a control panel that matches the device and replace it. After determining the part number, start the disassembly work. First, carefully unscrew the screws at the bottom of the machine, then disconnect the cable between the control panel and the motherboard, making sure to remove the control panel safely. A new control panel was installed and all necessary wiring reconnected. Turn it on again for testing. The indicators of all function buttons light up and the buttons return to normal functions.       Repair results After testing, it was confirmed that the green light of the 2D key has turned on, and other function keys have also been comprehensively tested and can be used normally, and the fault has been resolved.

Fault phenomenon:   After the Hitachi ARIETTA 60 ultrasound equipment displays the HITACHI logo when it is turned on, the monitor and touch screen have no display, the control panel button lights flash in cycles, and the ultrasound interface cannot be entered normally.     Fault analysis:    1. After the HITACHI logo appears when the machine is turned on, there is no display, and the control panel button lights flash in cycles, indicating that the power supply of the machine is normal, so it is judged that the fault is caused by a problem at the back end of the machine. 2. The back end of the machine consists of BE motherboard, CELL board and system hard disk. It is on the right side of the machine and can be seen after opening the casing. First, check whether the system is faulty. After replacing the system hard disk, the same fault still occurs when the machine is turned on, so the BE motherboard is locked out. 3. Since the BE motherboard is connected to the TPRB and RDBF boards on the front end, you need to remove the front-end board first and disconnect other power connections on the BE motherboard. 4. After replacing the BE mainboard, the machine started up normally and all probes and functions worked normally.     Result:   After replacing the BE motherboard, the machine returned to normal use.

4. Sporadic fault type Sporadic failures are the most troublesome type of problem. Due to the uncertain and elusive nature of its occurrence, handling requires extreme care and patience. In the face of this type of failure, we need to carefully understand the pattern of failure, including the frequency and time of failure, the operating process of the user before and after the failure, and whether there are changes in the external environment when the problem occurs, such as temperature, humidity, electromagnetic interference wait. Maintenance engineers need to analyze and judge based on these nuanced clues, gradually narrow down the scope of the fault, and finally find out the root cause of the problem.       5. External environment fault   External environmental factors also have an important impact on the normal operation of ultrasound equipment. When the external environment temperature is too high or too low, it may affect the heat dissipation of the device or cause the performance of electronic components to be unstable; when there is electromagnetic interference in the external environment, it may interfere with the signal transmission of the device, causing image distortion or abnormal operation of the device. To solve such problems, we must first improve the environment. For example, when the indoor temperature is too high or too low, temperature adjustment equipment such as air conditioners can be added to keep the ambient temperature within the normal operating range of the equipment. For electromagnetic interference, it is necessary to investigate external interference sources and take measures such as shielding and filtering to reduce interference.       6. Hardware failure This type of problem is relatively clear, and the fault phenomenon is usually obvious, such as display damage, button failure, circuit board failure, etc. However, due to the complexity and professionalism of hardware faults, professional maintenance personnel need to conduct detailed detection and analysis through professional testing equipment and tools to accurately find out the cause of the fault and carry out effective repairs.