Robotic Catheter System Market Size, Industry Shares, Global Growth And Analysis Report

Robotic Catheter System, A Result of Innovation 

Robotic systems improve catheter navigation, keep catheter stable, and reduce the time taken in performing the procedures. Though, robotic catheter ablations have had similar outcomes to traditional catheter ablation. Therefore, the accomplishment and complication rates are not significantly better or worse. 

These are costly, so they are not possessed by all the centers. Catheter ablation with a single point radiofrequency catheter can be challenging to accomplish, particularly for an electrophysiologist who is relatively mew. Theoretically, using a robot simplifies the process and reduces the expertise required. 

A robotic ablation starts just as a traditional catheter ablation. First, the catheter is inserted into the groin and guides the catheter to the heart’s right side. Then, a puncture is done in the septal wall which separates the left and right sides of the heart. Here, the EP leaves the patient and goes to the robotic control system. 

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Digitization of Instruments is Trending  

Digitization of instruments has brought about the evolution of automated and integrated cardiovascular interventional labs. The robotic tech is progressing rapidly and aiding hospitals to reduce catheterization lab costs, particularly in remote areas.  

Moreover, commercialization of robotic catheter systems has positively influenced the operational efficiency of cath labs, all over the globe. Despite of these being costly, they are increasingly accepted because of their more than a few advantages over conventional catheterization processes.  

Therefore, the robotization and digitization of cardiovascular medical processes and instruments, such as robotization of catheter-based procedures is trending. 

Occupational Hazards can be Prevented 

Recently, occupational hazards are reported because of radiation exposure through fluoroscopy, particularly while performing interventional cardiology procedures. They are left to the risk of occupational hazards, for example growth of cataract and increased malignancy risk, such as neck and head tumors.  

Because of the fact that, robotic catheter systems decrease the risk of occupational hazards, for example orthopedic trauma, ionizing radiation, and infections, they are used considerably in healthcare settings. 

Robotic Catheter Systems are Good for Treating Chronic CVDs 

Apart from that, the growing prevalence of chronic CVDs, for example coronary artery disease and arrhythmia, because of sedentary lifestyle and age-linked factors is helping the demand for robotic catheter systems at a global level. This is because, robotic catheters are extensively used for the diagnosis and management of CVDs, with minimal invasion and pain. Furthermore, the high rate of precision associated with these systems in medical procedures boosts their acceptance at a global level. 

U.S. Makes the Most Use of Robotic Catheters 

The most use of robotic caterer system was done in the North America, as there bis a crowing count of patients suffering from cardiovascular ailments, cardiac catheterization has arisen as the most extensively performed cardiac procedure.   

The U.S contributes the most, to the growth of the region, as most manufacturers that have commercialized these systems have their headquarters or manufacturing base in the U.S., rendering convenient distribution of their products across. 

Coming to a Close

It is because of all the advantages associated with the use of robotic catheter systems, the demand for the same is on the rise. 

Source: P&S Intelligence