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Global surgical robotics market size to progress with 14.2% CAGR through 2028
SKYLINE MARKET RESEARCH LLP
SKYLINE MARKET RESEARCH LLP

The primary goal of the current business intelligence study on the 'Global Surgical Robotics Market' is to provide data on the industry's growth model from 2022 to 2028.

Pune, India, May 04, 2022 (GLOBE NEWSWIRE) -- According to MarketStudyReport, global surgical robotics market size is projected to grow with a CAGR of 14.2% during the next six years to amass a valuation of USD 17,370 million by the year 2028.


Furthermore, the literature identifies significant growth drivers as well as current and future constraints that affect industry dynamics. It also involves in-depth studies on component terrain, surgery type, end-user scope, and regional segmentation in order to evaluate the primary opportunities. It then looks at the competitive landscape of the vertical by profiling the leading companies in terms of product portfolios, market share, and financials.

Increasing demand for minimally invasive operations, as well as the rising prevalence of chronic diseases, growing public awareness towards computer-assisted surgeries, escalating disposable income of individuals, and the introduction of technologically improved equipment are the major growth inducing factors for the industry.

Moreover, soaring incidences of neurological disorders, interventional cardiology disorders, colorectal cancer, and gynecological diseases is acting as a major catalyst. Active participation of the government and industry players in technological advancement in the field of computer assisted robotic surgeries is propelling the market dynamics.

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For the unversed, robotic surgery is a surgical procedure involving the use of a computer to control small tools attached to a robot, which is also known as computer-assisted minimally invasive surgery. The surgical robotic system consists of a surgical arm, surgeon's station, and a monitoring system & software. Robotic surgery is a cutting-edge technology that enables surgeons to conduct complicated operations with more precision and accuracy.

Surgical robots help surgeons work on inaccessible body sections by providing effective representations of body parts and increasing dexterity. In comparison to traditional open surgery, they also have a faster recovery time and leave less scars.

However, high product cost and insufficient clinical proof on the effectiveness of surgical robotic systems makes regulatory approval and clearance difficult for the competitors, which is stifling the worldwide surgical robotics industry expansion.