Vascular Closure Devices – Market Insights – Global
Following the negative impact of the COVID-19 pandemic, the global VCD market will grow moderately through 2031 as a result of increasing endovascular interventional procedural volumes and innovations in products and techniques backed by positive clinical data demonstrating the safety and efficacy of the devices, while the shifting trend toward radial access will dampen the growth of the VCD market.
This Medtech 360 Report provides comprehensive data and analysis on the current state of the global market for VCDs across a 12-year period.
The COVID-19 pandemic has negatively impacted the vascular closure device market but has shown recovery toward prepandemic levels.
How will the impact of the COVID-19 pandemic vary across different procedure types and categories?
What are the differences in impact and recovery between different geographies?
How did the impact and response to the pandemic differ between the competitors in the VCD space?
How will procedure volumes, sales, and revenues recover over the forecast period?
The global VCD market is driven by procedural trends in many endovascular market segments.
Which endovascular procedures are expected to see the strongest growth through 2031, and how will this affect market growth across VCD product types?
How can competitors in the VCD space leverage procedural trends to grow their revenues in the VCD market?
The pace of adoption of radial access varies between countries.
How have guidelines adapted to the increasing volume of clinical data showing the benefits of radial access?
In which countries are physicians more likely to adopt the radial approach for endovascular procedures?
How will the continued shift to radial access from femoral access affect the VCD market?
A significant number of novel VCDs have been launched or are in development across the global market.
What are some ongoing clinical trials that will bring new products and techniques into the market?
What new products are entering the US market?
How will the new dedicated and novel large-bore closure devices being developed affect the VCD market?
What are some areas of focus for innovators in the VCD space?
How will the accumulation of real-world experience following product launches affected the uptake of new VCDs?
Table of contents
- Vascular Closure Devices - Market Insights - Global
- Abstract
- Executive Summary
- COVID-19 Updates
- Market Highlights
- Factors Impacting the VCD Market, by Product Type, Global
- VCD Market, by Product Type, Global (USD), 2019u20132031
- VCD Market Landscape, Global (USD), 2021 and 2031
- Competitive Highlights
- Competitive Factors and Strategies, by Product Type, Global
- VCD Revenue Market Share Rankings, by Region, Global, 2021
- Companies Mentioned
- Market Developments
- Recent Events in the VCD Market, Global
- Key Clinical Trials in the VCD Market, Global
- Emerging Products for the VCD Market, Global
- Geographies Covered
- Average Currency Exchange Rates
- Procedures Covered
- VCD Procedures Covered, Global
- Detailed Procedure Inclusion
- Products Covered
- VCDs Covered, Global
- COVID-19 Updates
- Key Report Updates
- COVID-19 Analysis
- Market Impact
- COVID-19 Impact Assessment Summary, Vascular Closure Device Market, Global
- Major Market Forecast Changes and Assumptions
- Vascular Closure Device Market, by Product Type, Global (USD), 2019u20132031 (Including COVID-19 Impact)
- Competitive Impact
- COVID-19 Competitive Factors and Strategies, Vascular Closure Device Market, Global
- COVID-19 Financial Impact and Competitor Insights
- Market Impact
- Minimally Invasive Cardiovascular Procedure Analysis
- Procedure Highlights
- Minimally Invasive Cardiovascular Procedures, by Indication, Global, 2019u20132031
- Cardiac Minimally Invasive Cardiovascular Procedures, by Size, Global, 2019u20132031
- PV Minimally Invasive Cardiovascular Procedures, by Size, Global, 2019u20132031
- Procedure Definitions
- Procedure Forecast Data
- Minimally Invasive Cardiovascular Procedures, by Indication, Global, 2019u20132031
- Cardiac Small Minimally Invasive Procedures, by Procedure Type, Global, 2019u20132031
- Cardiac Small Minimally Invasive Procedures, by Access Site, Global, 2019u20132031
- Cardiac Small Minimally Invasive Procedures, by Technique, Global, 2019u20132031
- Cardiac Small VCD Minimally Invasive Procedures, by Product Type, Global, 2019u20132031
- Cardiac Large Minimally Invasive Procedures, by Access Site, Global, 2019u20132031
- PV Small Minimally Invasive Procedures, by Procedure Type, Global, 2019u20132031
- PV Small Minimally Invasive Procedures, by Access Site, Global, 2019u20132031
- PV Small Minimally Invasive Procedures, by Technique, Global, 2019u20132031
- PV Small VCD Minimally Invasive Procedures, by Product Type, Global, 2019u20132031
- PV Large Minimally Invasive Procedures, by Access Site, Global, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Procedure Type, Global, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Access Siteu200b, Global, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Technique, Global, 2019u20132031
- Manual Compression Minimally Invasive Cardiovascular Procedures, by Indication and Size, Global, 2019u20132031
- Invasive VCD Minimally Invasive Cardiovascular Procedures, by Indication and Size, Global, 2019u20132031
- Hemostatic Patch Minimally Invasive Cardiovascular Procedures, by Indication and Size, Global, 2019u20132031
- Assisted Manual Compression Minimally Invasive Cardiovascular Procedures, by Indication and Size, Global, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Region, Global, 2019u20132031
- Cardiac Minimally Invasive Cau200brdiovascular Procedures, by Region, Global, 2019u20132031
- PV Minimally Invasive Cau200brdiovascular Procedures, by Region, Global, 2019u20132031
- Cardiac Small Minimally Invasive Cardiovascular Procedures, by Region, Global, 2019u20132031
- Cardiac Large Minimally Invasive Cardiovascular Procedures, by Region, Global, 2019u20132031
- PV Small Minimally Invasive Cardiovascular Procedures, by Region, Global, 2019u20132031
- PV Large Minimally Invasive Cardiovascular Procedures, by Region, Global, 2019u20132031
- Diagnostic-Only Minimally Invasive Cardiovascular Procedures, by Region, Global, 2019u20132031
- Interventional Minimally Invasive Cardiovascular Procedures, by Region, Global, 2019u20132031
- Femoral Minimally Invasive Cardiovascular Procedures, by Region, Global, 2019u20132031
- Radial Minimally Invasive Cardiovascular Procedures, by Region, Global, 2019u20132031
- Brachial Minimally Invasive Cardiovascular Procedures, by Region, Global, 2019u20132031
- Other Minimally Invasive Cardiovascular Procedures, by Region, Global, 2019u20132031
- Manual Compression Minimally Invasive Cardiovascular Procedures, by Region, Global, 2019u20132031
- Invasive VCD Minimally Invasive Cardiovascular Procedures, by Region, Global, 2019u20132031
- Hemostatic Patch Minimally Invasive Cardiovascular Procedures, by Region, Global, 2019u20132031
- Assisted Manual Compression Minimally Invasive Cardiovascular Procedures, by Region, Global, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Indication, US, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Size and Indication, US, 2019u20132031
- Cardiac Small Minimally Invasive Procedures, by Procedure Type, US, 2019u20132031
- Cardiac Small Minimally Invasive Procedures, by Access Site, US, 2019u20132031
- Cardiac Small Minimally Invasive Procedures, by Technique, US, 2019u20132031
- Cardiac Small VCD Minimally Invasive Procedures, by Product Type, US, 2019u20132031
- Cardiac Large Minimally Invasive Procedures, by Access Site, US, 2019u20132031
- PV Small Minimally Invasive Procedures, by Procedure Type, US, 2019u20132031
- PV Small Minimally Invasive Procedures, by Access Site, US, 2019u20132031
- PV Small Minimally Invasive Procedures, by Technique, US, 2019u20132031
- PV Small VCD Minimally Invasive Procedures, by Product Type, US, 2019u20132031
- PV Large Minimally Invasive Procedures, by Access Site, US, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Procedure Type, US, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Access Siteu200b, US, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Technique, US, 2019u20132031
- Manual Compression Minimally Invasive Cardiovascular Procedures, by Indication and Size, US, 2019u20132031
- Invasive VCD Minimally Invasive Cardiovascular Procedures, by Indication and Size, US, 2019u20132031
- Hemostatic Patch Minimally Invasive Cardiovascular Procedures, by Indication and Size, US, 2019u20132031
- Assisted Manual Compression Minimally Invasive Cardiovascular Procedures, by Indication and Size, US, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Indication, Europe, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Size and Indication, Europe, 2019u20132031
- Cardiac Small Minimally Invasive Procedures, by Procedure Type, Europe, 2019u20132031
- Cardiac Small Minimally Invasive Procedures, by Access Site, Europe, 2019u20132031
- Cardiac Small Minimally Invasive Procedures, by Technique, Europe, 2019u20132031
- Cardiac Small VCD Minimally Invasive Procedures, by Product Type, Europe, 2019u20132031
- Cardiac Large Minimally Invasive Procedures, by Access Site, Europe, 2019u20132031
- PV Small Minimally Invasive Procedures, by Procedure Type, Europe, 2019u20132031
- PV Small Minimally Invasive Procedures, by Access Site, Europe, 2019u20132031
- PV Small Minimally Invasive Procedures, by Technique, Europe, 2019u20132031
- PV Small VCD Minimally Invasive Procedures, by Product Type, Europe, 2019u20132031
- PV Large Minimally Invasive Procedures, by Access Site, Europe, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Procedure Type, Europe, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Access Siteu200b, Europe, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Technique, Europe, 2019u20132031
- Manual Compression Minimally Invasive Cardiovascular Procedures, by Indication and Size, Europe, 2019u20132031
- Invasive VCD Minimally Invasive Cardiovascular Procedures, by Indication and Size, Europe, 2019u20132031
- Hemostatic Patch Minimally Invasive Cardiovascular Procedures, by Indication and Size, Europe, 2019u20132031
- Assisted Manual Compression Minimally Invasive Cardiovascular Procedures, by Indication and Size, Europe, 2019u20132031
- Cardiac Minimally Invasive Cau200brdiovascular Procedures, by Country, Europe, 2019u20132031
- PV Minimally Invasive Cau200brdiovascular Procedures, by Country, Europe, 2019u20132031
- Cardiac Small Minimally Invasive Cardiovascular Procedures, by Country, Europe, 2019u20132031
- Cardiac Large Minimally Invasive Cardiovascular Procedures, by Country, Europe, 2019u20132031
- PV Small Minimally Invasive Cardiovascular Procedures, by Country, Europe, 2019u20132031
- PV Large Minimally Invasive Cardiovascular Procedures, by Country, Europe, 2019u20132031
- Diagnostic-Only Minimally Invasive Cardiovascular Procedures, by Country, Europe, 2019u20132031
- Interventional Minimally Invasive Cardiovascular Procedures, by Country, Europe, 2019u20132031
- Femoral Minimally Invasive Cardiovascular Procedures, by Country, Europe, 2019u20132031
- Radial Minimally Invasive Cardiovascular Procedures, by Country, Europe, 2019u20132031
- Brachial Minimally Invasive Cardiovascular Procedures, by Country, Europe, 2019u20132031
- Other Minimally Invasive Cardiovascular Procedures, by Country, Europe, 2019u20132031
- Manual Compression Minimally Invasive Cardiovascular Procedures, by Country, Europe, 2019u20132031
- Invasive VCD Minimally Invasive Cardiovascular Procedures, by Country, Europe, 2019u20132031
- Hemostatic Patch Minimally Invasive Cardiovascular Procedures, by Country, Europe, 2019u20132031
- Assisted Manual Compression Minimally Invasive Cardiovascular Procedures, by Country, Europe, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Indication, Japan, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Size and Indication, Japan, 2019u20132031
- Cardiac Small Minimally Invasive Procedures, by Procedure Type, Japan, 2019u20132031
- Cardiac Small Minimally Invasive Procedures, by Access Site, Japan, 2019u20132031
- Cardiac Small Minimally Invasive Procedures, by Technique, Japan, 2019u20132031
- Cardiac Small VCD Minimally Invasive Procedures, by Product Type, Japan, 2019u20132031
- Cardiac Large Minimally Invasive Procedures, by Access Site, Japan, 2019u20132031
- PV Small Minimally Invasive Procedures, by Procedure Type, Japan, 2019u20132031
- PV Small Minimally Invasive Procedures, by Access Site, Japan, 2019u20132031
- PV Small Minimally Invasive Procedures, by Technique, Japan, 2019u20132031
- PV Small VCD Minimally Invasive Procedures, by Product Type, Japan, 2019u20132031
- PV Large Minimally Invasive Procedures, by Access Site, Japan, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Procedure Type, Japan, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Access Siteu200b, Japan, 2019u20132031
- Minimally Invasive Cardiovascular Procedures, by Technique, Japan, 2019u20132031
- Manual Compression Minimally Invasive Cardiovascular Procedures, by Indication and Size, Japan, 2019u20132031
- Invasive VCD Minimally Invasive Cardiovascular Procedures, by Indication and Size, Japan, 2019u20132031
- Hemostatic Patch Minimally Invasive Cardiovascular Procedures, by Indication and Size, Japan, 2019u20132031
- Assisted Manual Compression Minimally Invasive Cardiovascular Procedures, by Indication and Size, Japan, 2019u20132031
- Procedure Highlights
- Vascular Closure Device Market
- Market Highlights
- Factors Impacting the VCD Market, by Product Type, Global
- VCD Market, by Product Type, Global (USD), 2019u20132031
- VCD Market, by Region, Global (USD), 2019u20132031
- Market Definitions
- Market Forecast Data
- VCD Market, by Product Type, Global (USD), 2019u20132031
- VCD Market, by Region, Global (USD), 2019u20132031
- VCD Market, by Product Type, US (USD), 2019u20132031
- VCD Market, by Product Type, Europe (USD and EUR), 2019u20132031
- VCD Market, by Country, Europe (USD, EUR, and GBP), 2019u20132031
- VCD Market, by Product Type, Japan (USD), 2019u20132031
- Competitive Highlights
- Market Shares
- VCD Revenue Market Shares, Global, 2021
- VCD Revenue Market Shares, by Region, Global, 2021
- VCD Revenue Market Shares, by Country, Europe, 2021
- Competitive Factors and Strategies
- Competitive Factors and Strategies, by Product Type, Global
- Market Developments
- Recent Events in the VCD Market, Global
- Key Clinical Trials in the VCD Market, Global
- Emerging Products for the VCD Market, Global
- Market Highlights
- Invasive Vascular Closure Device Market
- Market Highlights
- Invasive VCD Market, by Region, Global (USD), 2019u20132031
- Market Definitions
- Market Forecast Data
- Invasive VCD Market, by Region, Global (USD), 2019u20132031
- Invasive VCD Market Growth, by Region, Global, 2020u20132031
- Invasive VCD Market, by Indication and Size, Global (USD), 2019u20132031
- Invasive VCD Market Growth, by Indication and Size, Global, 2020u20132031
- Invasive VCD Market, by Indication and Size, US (USD), 2019u20132031
- Invasive VCD Market Growth, by Indication and Size, US, 2020u20132031
- Invasive VCD Market, by Indication and Size, Europe, (USD), 2019u20132031
- Invasive VCD Market, by Indication and Size, Europe, (EUR), 2019u20132031
- Invasive VCD Market Growth, by Indication and Size, Europe, 2020u20132031
- Invasive VCD Market, by Country, Europe (USD), 2019u20132031
- Invasive VCD Market, by Country, Europe (EURu200b and GBP), 2019u20132031
- Invasive VCD Market Growth, by Country, Europe, 2020u20132031
- Invasive VCD Market, by Indication and Size, Japan (USD), 2019u20132031
- Invasive VCD Market Growth, by Indication and Size, Japan, 2020u20132031
- Market Shares
- Invasive VCD Revenue Market Shares, Global, 2021
- Invasive VCD Revenue Market Shares, by Country, Global, 2021
- Market Highlights
- Hemostatic Patch Market
- Market Highlights
- Hemostatic Patch Market, by Region, Global (USD), 2019u20132031
- Market Definitions
- Market Forecast Data
- Hemostatic Patch Market, by Region, Global (USD), 2019u20132031
- Hemostatic Patch Market Growth, by Region, Global, 2020u20132031
- Hemostatic Patch Market, by Indication and Size, Global (USD), 2019u20132031
- Hemostatic Patch Market Growth, by Indication and Size, Global, 2020u20132031
- Hemostatic Patch Market, by Indication and Size, US (USD), 2019u20132031
- Hemostatic Patch Market Growth, by Indication and Size, US, 2020u20132031
- Hemostatic Patch Market, by Indication and Size, Europe, (USD), 2019u20132031
- Hemostatic Patch Market, by Indication and Size, Europe, (EUR), 2019u20132031
- Hemostatic Patch Market Growth, by Indication and Size, Europe, 2020u20132031
- Hemostatic Patch Market, by Country, Europe (USD), 2019u20132031
- Hemostatic Patch Market, by Country, Europe (EURu200b and GBP), 2019u20132031
- Hemostatic Patch Market Growth, by Country, Europe, 2020u20132031
- Hemostatic Patch Market, by Indication and Size, Japan (USD), 2019u20132031
- Hemostatic Patch Market Growth, by Indication and Size, Japan, 2020u20132031
- Market Shares
- Hemostatic Patch Revenue Market Shares, Global, 2021
- Hemostatic Patch Revenue Market Shares, by Country, Global, 2021
- Market Highlights
- Assisted Manual Compression Device Market
- Market Highlights
- Assisted Manual Compression Device Market, by Region, Global (USD), 2019u20132031
- Market Definitions
- Market Forecast Data
- Assisted Manual Compression Device Market, by Region, Global (USD), 2019u20132031
- Assisted Manual Compression Device Market Growth, by Region, Global, 2020u20132031
- Assisted Manual Compression Device Market, by Indication and Size, Global (USD), 2019u20132031
- Assisted Manual Compression Device Market Growth, by Indication and Size, Global, 2020u20132031
- Assisted Manual Compression Device Market, by Indication and Size, US (USD), 2019u20132031
- Assisted Manual Compression Device Market Growth, by Indication and Size, US, 2020u20132031
- Assisted Manual Compression Device Market, by Indication and Size, Europe, (USD), 2019u20132031
- Assisted Manual Compression Device Market, by Indication and Size, Europe, (EUR), 2019u20132031
- Assisted Manual Compression Device Market Growth, by Indication and Size, Europe, 2020u20132031
- Assisted Manual Compression Device Market, by Country, Europe (USD), 2019u20132031
- Assisted Manual Compression Device Market, by Country, Europe (EURu200b and GBP), 2019u20132031
- Assisted Manual Compression Device Market Growth, by Country, Europe, 2020u20132031
- Assisted Manual Compression Device Market, by Indication and Size, Japan (USD), 2019u20132031
- Assisted Manual Compression Device Market Growth, by Indication and Size, Japan, 2020u20132031
- Market Shares
- Assisted Manual Compression Device Revenue Market Shares, Global, 2021
- Assisted Manual Compression Device Revenue Market Shares, by Country, Global, 2021
- Market Highlights
- Appendix
- Abbreviations
- Bibliography
- Abbreviations
Raihan Jiwa is an analyst on the Cardiovascular Medtech Insights team at Clarivate. Raihan graduated from Western University with an Honors Specialization in Synthetic Biology. Raihan’s interest lies in the MedTech space as well as in the future of genetic engineering and development of healthcare systems in developing economies.