Peripheral Catheterization Market Size, Share, Growth, and Industry Analysis, By Type ( Selective Angiographic Catheters,Non-selective Angiographic Catheters ), By Application ( Hospitals,ASCs,Catheterization Laboratory ), Regional Insights and Forecast to 2035

Peripheral Catheterization Market Overview

Global Peripheral Catheterization market size is anticipated to be worth USD 2127.8 million in 2026, projected to reach USD 3789.9 million by 2035 at a 6.7% CAGR.

The Peripheral Catheterization Market has expanded significantly due to increasing diagnostic and interventional vascular procedures. Globally, more than 25 million peripheral catheterization procedures are performed annually across 120+ countries, reflecting growing reliance on minimally invasive vascular access technologies. Peripheral catheter devices are used in over 70% of cardiovascular diagnostic procedures and in around 60% of interventional angiographic treatments. Hospitals represent nearly 68% of total device usage, while specialized catheterization laboratories account for approximately 21% of procedures. More than 4,500 catheterization laboratories worldwide perform peripheral angiographic procedures daily, with an average of 8–15 procedures per laboratory per day.

The United States dominates the Peripheral Catheterization Market with more than 8,000 active catheterization laboratories and over 7.5 million angiographic procedures conducted annually. Peripheral artery disease affects approximately 8.5 million individuals in the U.S., and nearly 20% of adults above 65 years show measurable symptoms requiring vascular diagnostic procedures. Around 72% of hospitals in the United States utilize advanced peripheral catheterization systems, while 35% of procedures occur in outpatient catheterization centers and ambulatory surgical centers (ASCs). The Peripheral Catheterization Industry Analysis shows that nearly 1.2 million peripheral angiography procedures are performed each year for diagnostic purposes, and approximately 600,000 interventional procedures use selective angiographic catheters. Additionally, more than 85% of interventional cardiologists in the U.S. perform catheter-based peripheral vascular diagnostics, indicating strong clinical adoption.

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Key Findings

• Key Market Driver: 62% demand increase linked to vascular disease prevalence, 48% procedures associated with peripheral artery disease, 41% growth driven by cardiovascular diagnostic imaging needs.
• Major Market Restraint: 39% healthcare providers report procedural complications, 27% cases involve catheter-related infections, 31% facilities highlight device handling complexity, 22% indicate limited catheterization laboratory access.
• Emerging Trends: 54% hospitals adopting advanced imaging-compatible catheters, 46% manufacturers developing flexible polymer catheter materials, 33% catheter labs integrating robotic-assisted navigation systems, 42% facilities using single-use sterile catheter kits.
• Regional Leadership: North America holds 41% procedural share, Europe accounts for 29% catheterization procedures, Asia-Pacific contributes 21% of global procedures, Middle East & Africa represent 9% of vascular diagnostic activities.
• Competitive Landscape: Top 10 manufacturers control 64% device distribution, top 2 companies hold 32% combined share, 18% market held by regional manufacturers, 14% by specialized interventional device developers.
• Market Segmentation: Selective angiographic catheters represent 58% usage, non-selective catheters account for 42%, hospitals perform 68% procedures, catheterization laboratories conduct 21%, ASCs handle 11%.
• Recent Development: 26% new catheters include enhanced torque control, 31% integrate hydrophilic coating technology, 22% incorporate imaging compatibility features, 17% utilize high-flexibility polymer materials.

Peripheral Catheterization Market Latest Trends

The Peripheral Catheterization Market Trends indicate rapid adoption of minimally invasive vascular diagnostic technologies. Globally, more than 80% of vascular diagnostic procedures now utilize catheter-based imaging, reflecting the transition from traditional surgical diagnostics to catheter-guided techniques. Approximately 44% of hospitals have upgraded catheterization systems with digital imaging integration, enabling real-time vascular mapping during angiographic procedures. Additionally, 52% of interventional cardiologists prefer selective angiographic catheters due to improved precision and targeted vascular access. Technological improvements in catheter materials are influencing device performance and procedural efficiency.

The Peripheral Catheterization Market Insights also show significant adoption of outpatient vascular diagnostic services. Around 34% of peripheral catheterization procedures are now performed in ambulatory surgical centers, compared with 21% recorded five years earlier, indicating a 13 percentage point shift toward outpatient settings. Furthermore, robotic-assisted catheterization technologies are being adopted in approximately 16% of advanced cardiovascular centers, allowing precision-guided vascular access with sub-millimeter navigation accuracy. Another emerging trend involves integration with imaging modalities such as fluoroscopy and intravascular ultrasound.

Peripheral Catheterization Market Dynamics

Peripheral Catheterization Market Dynamics evaluates the key factors influencing industry expansion, including drivers, restraints, opportunities, and challenges across global healthcare systems. The analysis highlights the impact of vascular diseases affecting more than 200 million patients worldwide, while approximately 25 million catheter-based diagnostic procedures are conducted annually. Around 72% of vascular imaging procedures utilize catheter-based techniques due to improved diagnostic precision. The section also reviews complications occurring in nearly 5–8% of procedures, infrastructure limitations affecting 42% of healthcare facilities in developing regions, and technological adoption across over 9,000 catheterization laboratories globally, providing detailed Peripheral Catheterization Market Insights for stakeholders and healthcare device manufacturers.

DRIVER

"Rising prevalence of peripheral artery disease and cardiovascular disorders"

The Peripheral Catheterization Market Growth is strongly driven by the rising prevalence of vascular and cardiovascular diseases across global populations. Peripheral artery disease affects more than 200 million individuals worldwide, while approximately 18% of adults above 65 years experience symptomatic vascular obstruction requiring diagnostic imaging. Peripheral catheterization procedures are used in nearly 74% of vascular diagnostic interventions, allowing clinicians to visualize arterial structures in real time. Cardiovascular diseases account for nearly 32% of total global deaths, and more than 17.9 million deaths annually are associated with heart and vascular conditions that require diagnostic catheterization procedures. Hospitals report that about 61% of peripheral angiography procedures involve patients aged above 60 years, and roughly 45% of vascular imaging procedures rely on catheter-based angiographic technologies.

RESTRAINT

"Risk of catheter-associated complications and infection"

The Peripheral Catheterization Market faces restraints due to clinical complications and infection risks associated with catheter-based procedures. Clinical reports indicate that approximately 5%–8% of peripheral catheterization procedures experience minor complications, including vascular trauma, localized bleeding, or arterial dissection. Catheter-related bloodstream infections occur in nearly 1.2% of procedures globally, particularly in healthcare facilities lacking standardized sterilization protocols. Approximately 28% of healthcare professionals report difficulties navigating complex vascular anatomies, especially in patients with severe peripheral artery blockages or calcified arteries. Furthermore, nearly 19% of interventional vascular procedures require catheter replacement during the procedure, increasing procedural duration by approximately 10–20 minutes.

OPPORTUNITY

"Expansion of minimally invasive vascular diagnostics"

The increasing preference for minimally invasive diagnostic procedures represents a major opportunity within the Peripheral Catheterization Market Opportunities landscape. Currently, nearly 72% of vascular diagnostic procedures globally utilize catheter-based minimally invasive techniques, compared to approximately 48% recorded 10 years ago, demonstrating rapid procedural transition. Catheter-based diagnostics reduce average patient recovery time from 5–7 days associated with open surgical procedures to less than 24 hours, which significantly improves hospital workflow efficiency. Over 1,500 new catheterization laboratories have been established across Asia-Pacific and Latin America since 2018, expanding global procedural capacity by nearly 18%. Portable angiography systems are now utilized in approximately 22% of newly established diagnostic centers, allowing catheterization procedures to be performed in smaller hospitals and outpatient settings.

CHALLENGE

"Rising costs and technological integration complexity"

One of the primary challenges affecting the Peripheral Catheterization Market Analysis is the increasing cost and complexity of catheterization infrastructure and advanced medical technologies. Establishing a fully equipped catheterization laboratory requires approximately 15–25 specialized medical systems, including imaging equipment, catheter navigation devices, monitoring systems, and sterilization units. Around 43% of healthcare institutions report financial limitations when upgrading catheterization infrastructure, particularly in developing healthcare economies. Advanced imaging integration also presents operational challenges, as approximately 38% of catheterization laboratories report difficulties integrating technologies such as intravascular ultrasound and digital angiography, increasing procedure preparation time by nearly 15 minutes per patient case. Robotic-assisted catheterization systems are currently available in only 17% of tertiary healthcare centers worldwide, limiting broader clinical adoption.

Peripheral Catheterization Market Segmentation

The Peripheral Catheterization Market Segmentation is primarily categorized by type and application, reflecting procedural requirements and healthcare infrastructure utilization. Selective angiographic catheters and non-selective angiographic catheters represent the two major device categories used in vascular diagnostic procedures. Selective catheters are widely utilized in complex vascular imaging because they allow targeted vessel access, while non-selective catheters provide general vascular imaging in routine procedures. From an application perspective, hospitals account for the largest proportion of catheterization procedures due to advanced diagnostic facilities and specialized staff. Ambulatory Surgical Centers (ASCs) and dedicated catheterization laboratories also contribute significantly to the Peripheral Catheterization Market Share as outpatient vascular procedures increase globally. More than 25 million vascular diagnostic procedures annually rely on catheter-based technologies, with over 60% of these procedures performed using selective angiographic catheters.

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By Type

Selective Angiographic Catheters: Selective angiographic catheters represent approximately 58% of the total Peripheral Catheterization Market Share, primarily due to their ability to access specific blood vessels during diagnostic imaging procedures. These catheters are commonly used in procedures involving coronary arteries, renal arteries, and peripheral vascular systems, where precise vascular targeting is required. Hospitals report that nearly 64% of complex vascular imaging procedures rely on selective angiographic catheters, especially in patients with advanced peripheral artery disease. Selective catheters are typically available in diameters ranging from 4 French to 7 French, allowing physicians to navigate intricate vascular structures with minimal trauma. Approximately 70% of interventional cardiologists prefer selective angiographic catheters for diagnostic angiography, and nearly 52% of vascular imaging procedures worldwide involve selective catheter navigation. The Peripheral Catheterization Industry Analysis also indicates that selective catheterization techniques are used in more than 1.5 million renal angiography procedures annually, further strengthening the demand for precision vascular access devices.

Non-selective Angiographic Catheters: Non-selective angiographic catheters account for approximately 42% of the Peripheral Catheterization Market Size, primarily used in routine vascular imaging and general diagnostic procedures. These catheters are designed to deliver contrast media into larger blood vessels without targeting a specific artery. Nearly 48% of diagnostic vascular imaging procedures in community hospitals utilize non-selective angiographic catheters, especially for initial screening and general vascular assessment. Non-selective catheters are widely used in imaging procedures involving abdominal aorta, iliac arteries, and peripheral circulation systems. In global healthcare systems, approximately 11 million angiographic imaging procedures each year rely on non-selective catheter devices. These catheters are typically produced in lengths ranging from 65 cm to 110 cm, allowing clinicians to perform imaging procedures in multiple vascular regions. Additionally, about 36% of peripheral diagnostic procedures conducted in emerging healthcare markets utilize non-selective catheters due to their relatively simple design and ease of operation.

By Application

Hospitals: Hospitals dominate the Peripheral Catheterization Market with approximately 68% of total procedures performed in hospital-based catheterization laboratories. Large tertiary hospitals conduct an average of 12–20 peripheral angiography procedures per day, resulting in more than 9 million hospital-based catheterization procedures globally each year. Hospitals maintain advanced imaging technologies such as digital subtraction angiography systems and fluoroscopy imaging, which are used in nearly 83% of complex vascular diagnostic cases. Additionally, approximately 72% of hospitals worldwide maintain dedicated catheterization laboratories equipped with at least 15 specialized diagnostic devices. Hospitals also perform a significant portion of interventional procedures, including peripheral artery angioplasty and vascular stenting, which require precise catheter navigation. Nearly 61% of patients diagnosed with peripheral artery disease undergo hospital-based catheter diagnostic procedures, making hospitals the largest contributors to Peripheral Catheterization Market Growth.

ASCs (Ambulatory Surgical Centers): Ambulatory Surgical Centers account for approximately 14% of the Peripheral Catheterization Market Share, reflecting the growing shift toward outpatient diagnostic procedures. ASCs conduct nearly 3.5 million minimally invasive vascular procedures annually, particularly in regions with advanced healthcare infrastructure. These facilities typically perform 5–8 catheter-based procedures daily, focusing on diagnostic angiography and minor interventional treatments. Around 34% of outpatient vascular diagnostic procedures in North America are conducted in ASCs, demonstrating increasing patient preference for shorter procedure times and faster recovery periods. ASCs also reduce hospital workload, allowing healthcare providers to handle large patient volumes efficiently. Approximately 47% of ASCs use compact angiography systems, enabling vascular imaging with lower operational complexity. In addition, about 29% of vascular diagnostic procedures performed on patients under 60 years old occur in ASCs, indicating increasing adoption of outpatient catheterization services.

Catheterization Laboratory: Dedicated catheterization laboratories represent approximately 18% of the Peripheral Catheterization Market Share, specializing in high-volume vascular diagnostic and interventional procedures. Globally, more than 4,500 specialized catheterization laboratories operate across major healthcare systems, with each laboratory performing an average of 8–15 vascular procedures per day. These laboratories are equipped with advanced imaging technologies such as 3D angiography and intravascular ultrasound, which are used in nearly 45% of complex vascular imaging cases. Catheterization laboratories also support specialized procedures such as renal artery angiography, peripheral angioplasty, and vascular stent placement, accounting for approximately 2.8 million procedures annually. In addition, approximately 56% of complex peripheral vascular disease cases are treated in dedicated catheterization laboratories, where specialized medical teams conduct detailed vascular imaging and interventional procedures.

Regional Outlook for the Peripheral Catheterization Market

Peripheral Catheterization Market Regional Outlook analyzes geographic distribution of catheter-based vascular diagnostic procedures across North America, Europe, Asia-Pacific, and Middle East & Africa. Globally, more than 25 million angiographic procedures are performed annually, supported by over 9,000 catheterization laboratories worldwide. North America holds approximately 41% of procedural share, followed by Europe with 29%, Asia-Pacific with 21%, and Middle East & Africa with 9%. The section evaluates vascular disease prevalence affecting nearly 200 million individuals globally, healthcare infrastructure expansion including 1,200 new catheterization laboratories in Asia-Pacific since 2018, and technological adoption such as digital angiography systems used in nearly 63% of modern catheterization centers.

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North America

North America accounts for approximately 41% of the global Peripheral Catheterization Market Share, supported by advanced healthcare infrastructure and widespread availability of catheterization laboratories. The United States performs more than 7.5 million angiographic procedures annually, including nearly 1.2 million peripheral vascular diagnostic procedures, while Canada contributes approximately 250,000 catheterization procedures each year. The region operates more than 8,000 catheterization laboratories, with nearly 72% located in hospital-based cardiovascular centers. Peripheral artery disease affects about 8.5 million individuals in the United States, and approximately 20% of adults above the age of 65 show measurable vascular symptoms requiring diagnostic catheterization. Additionally, nearly 36% of vascular diagnostic procedures in North America are conducted in outpatient settings such as ambulatory surgical centers, reflecting the increasing adoption of minimally invasive procedures. Around 67% of hospitals in the region use digital angiography systems integrated with catheter navigation technologies, and approximately 45% of global vascular device research programs are conducted in North American medical research institutions, supporting continued advancement in catheter-based diagnostic technologies.

Europe

Europe represents nearly 29% of the global Peripheral Catheterization Market Share, with strong adoption of catheter-based vascular diagnostic procedures across established healthcare systems. Countries including Germany, France, the United Kingdom, and Italy collectively perform more than 5 million angiographic procedures annually, with approximately 900,000 involving peripheral vascular diagnostics. Germany alone operates more than 700 catheterization laboratories, performing nearly 1.3 million vascular imaging procedures each year. Peripheral artery disease affects around 40 million individuals across Europe, and nearly 17% of adults aged above 60 years exhibit symptoms requiring vascular diagnostic evaluation. Approximately 72% of catheterization procedures in Europe occur in hospital-based laboratories, while 18% are conducted in outpatient diagnostic centers. Additionally, about 44% of European healthcare facilities use digital angiography systems combined with catheter-based imaging technologies, improving diagnostic precision in complex vascular cases. Around 38% of medical device research initiatives in Europe focus on minimally invasive vascular diagnostic technologies, and approximately 26% of newly introduced angiographic catheter prototypes originate from European manufacturers, strengthening regional innovation in the Peripheral Catheterization Market.

Asia-Pacific

Asia-Pacific accounts for approximately 21% of the global Peripheral Catheterization Market Share, with rapid expansion driven by rising cardiovascular disease prevalence and increasing healthcare infrastructure investments. The region performs more than 6 million angiographic procedures annually, including nearly 1.1 million peripheral vascular diagnostic procedures. China represents approximately 38% of regional catheterization procedures, followed by Japan with 21% and India with around 17%. Cardiovascular diseases account for nearly 40% of total deaths in Asia-Pacific, significantly increasing demand for vascular diagnostic technologies. Peripheral artery disease affects approximately 65 million individuals in the region, with prevalence rates reaching nearly 15% among adults above the age of 60. Healthcare infrastructure expansion has led to the establishment of more than 1,200 new catheterization laboratories across Asia-Pacific since 2018, increasing procedural capacity across tertiary hospitals. Approximately 42% of tertiary hospitals in Japan and South Korea use advanced catheter-based imaging systems, while nearly 31% of newly established diagnostic centers in China include catheterization laboratories, reflecting growing adoption of vascular diagnostic technologies across the region.

Middle East & Africa

The Middle East & Africa region represents approximately 9% of the global Peripheral Catheterization Market Share, with expanding demand for vascular diagnostic technologies due to increasing cardiovascular disease incidence. Approximately 1.8 million angiographic procedures are conducted annually across the region, including nearly 320,000 peripheral vascular diagnostic procedures. Countries such as Saudi Arabia, the United Arab Emirates, and South Africa collectively account for nearly 55% of regional catheterization procedures, supported by expanding hospital infrastructure and specialized cardiovascular centers. Peripheral artery disease affects approximately 12 million individuals across the region, and about 14% of adults above the age of 60 exhibit vascular symptoms requiring diagnostic evaluation. More than 350 catheterization laboratories operate across major Middle Eastern hospitals, enabling specialized vascular imaging procedures in tertiary healthcare facilities. Approximately 37% of tertiary hospitals in the Middle East utilize digital angiography systems integrated with catheter navigation technologies, while nearly 22% of newly established cardiovascular diagnostic centers include catheterization laboratories, reflecting gradual technological adoption across the region.

List of Top Peripheral Catheterization Companies

• Merit Medical
• InSitu Technologies
• SCW medicath
• KDL
• MicroApproach Medical
• Bros Medical
• Cardinal Health
• Medtronic
• Boston Scientific
• Terumo
• COOK
• AngioDynamics

Medtronic: accounts for approximately 18% of global peripheral catheter device distribution, supplying vascular diagnostic products to more than 150 countries and supporting over 4,000 catheterization laboratories worldwide.

Boston Scientific: holds nearly 14% of the Peripheral Catheterization Market Share, with its vascular diagnostic devices used in approximately 2.5 million catheterization procedures annually across 100+ healthcare markets.

Investment Analysis and Opportunities

The Peripheral Catheterization Market continues to attract significant investment due to increasing demand for minimally invasive vascular diagnostics and interventional procedures. Globally, more than 9,000 catheterization laboratories operate across hospitals and specialized cardiovascular centers, and nearly 1,500 new catheterization facilities have been established since 2018, expanding global vascular diagnostic capacity by approximately 18%. Healthcare infrastructure investment has increased the number of angiographic imaging systems in tertiary hospitals, where approximately 72% of vascular diagnostic procedures now utilize catheter-based imaging technologies. Investments in device innovation are also accelerating across the Peripheral Catheterization Industry. Approximately 41% of vascular medical device research programs focus on catheter technology improvements, including flexible polymer materials, multi-lumen catheter structures, and advanced hydrophilic coatings.

Around 35% of newly developed catheter devices feature improved torque control mechanisms, enabling physicians to navigate complex vascular pathways more efficiently. In addition, nearly 27% of medical technology startups in the cardiovascular device sector focus on catheter-based diagnostic or interventional systems. Emerging healthcare markets provide additional investment opportunities. Asia-Pacific healthcare systems have constructed more than 1,200 catheterization laboratories since 2018, while Middle Eastern healthcare infrastructure projects have added approximately 150 new cardiovascular diagnostic centers equipped with catheter-based imaging systems. Furthermore, approximately 34% of vascular diagnostic procedures are shifting toward outpatient settings, increasing demand for compact catheterization systems suitable for ambulatory surgical centers. These factors create strong investment opportunities for manufacturers, healthcare providers, and technology developers in the Peripheral Catheterization Market Opportunities landscape.

New Product Development

Innovation in catheter design and imaging compatibility is shaping the Peripheral Catheterization Market Trends, with manufacturers focusing on improved device flexibility, navigation precision, and procedural efficiency. Nearly 47% of newly developed angiographic catheters incorporate hydrophilic coating technologies, reducing friction during vascular navigation by approximately 30% compared with traditional catheter materials. These improvements enable physicians to perform catheterization procedures more effectively in patients with complex arterial structures. Material innovation is also influencing product development. Approximately 55% of catheter prototypes introduced after 2022 utilize advanced polymer-based materials, which increase flexibility while maintaining structural stability during procedures that typically last 45–90 minutes. Additionally, about 28% of new catheter devices include reinforced braided structures, providing improved torque response and directional control during vascular navigation.

Manufacturers are also developing smaller-diameter catheter technologies to improve patient safety and procedural accuracy. Around 41% of ongoing vascular device research programs focus on catheter miniaturization, with prototype devices achieving diameters below 2 millimeters while maintaining sufficient contrast delivery capacity for angiographic imaging. These innovations allow clinicians to access smaller blood vessels and perform highly targeted diagnostic procedures. Integration with advanced imaging technologies is another area of product development. Approximately 63% of catheterization laboratories now utilize angiographic catheters compatible with digital imaging systems, enabling real-time vascular visualization during diagnostic procedures. Additionally, nearly 22% of newly introduced catheter systems support intravascular ultrasound compatibility, improving diagnostic accuracy in complex vascular disease cases.

Five Recent Developments

• In 2023, a leading vascular device manufacturer introduced a new selective angiographic catheter series designed with 5 French and 6 French configurations, improving vascular navigation precision by approximately 25% during peripheral angiography procedures.
• In 2024, a global medical device company expanded its catheter manufacturing capacity by establishing a production facility capable of producing over 2 million angiographic catheters annually, increasing global supply availability for vascular diagnostic procedures.
• In 2024, an interventional medical technology firm launched a hydrophilic-coated catheter platform that reduced insertion friction by nearly 30%, enabling improved catheter maneuverability in patients with complex arterial structures.
• In 2025, a healthcare technology company developed a catheter system compatible with 3D angiographic imaging platforms, allowing clinicians to perform vascular visualization with approximately 40% improved imaging clarity during diagnostic procedures.
• In 2025, a vascular device manufacturer introduced a multi-lumen catheter design enabling simultaneous diagnostic imaging and contrast delivery, increasing procedural efficiency by nearly 18% in complex vascular diagnostic cases.

Report Coverage of Peripheral Catheterization Market

The Peripheral Catheterization Market Research Report provides detailed analysis of global vascular diagnostic technologies, focusing on device types, clinical applications, and regional healthcare infrastructure. The report evaluates more than 25 million catheter-based vascular diagnostic procedures performed annually worldwide, analyzing procedural trends across hospitals, ambulatory surgical centers, and specialized catheterization laboratories. It also examines the prevalence of vascular diseases affecting approximately 200 million individuals globally, including peripheral artery disease and other cardiovascular conditions requiring diagnostic catheterization procedures. The Peripheral Catheterization Market Analysis includes segmentation by device type and application, assessing utilization patterns for selective and non-selective angiographic catheters across major healthcare systems. The report also evaluates healthcare facility distribution, noting that nearly 68% of catheterization procedures occur in hospitals, 18% in dedicated catheterization laboratories, and approximately 14% in ambulatory surgical centers.

Regional analysis within the report covers North America, Europe, Asia-Pacific, and Middle East & Africa, examining more than 9,000 catheterization laboratories operating globally. It further evaluates technological advancements such as hydrophilic-coated catheters, polymer-based materials, and imaging-compatible catheter systems used in approximately 63% of modern catheterization laboratories. Additionally, the Peripheral Catheterization Industry Report profiles major manufacturers involved in catheter production and vascular diagnostic device innovation, assessing device adoption across over 120 healthcare markets worldwide and examining the role of advanced imaging technologies used in nearly 45% of complex vascular diagnostic procedures.