Best ICD Implantation
In Bangalore

We offer the latest subcutaneous ICDs, which are implanted under the skin without the need for leads in the heart.

Subcutaneous ICDs (S-ICDs) represent a significant advancement in ICD technology. Unlike traditional ICDs that require leads to be placed inside the heart via veins, S-ICDs are positioned just under the skin.

This method significantly reduces the risk of infections and complications associated with transvenous leads.

At Kauvery Hospital, our specialists are adept at performing this minimally invasive procedure, which not only ensures patient safety but also reduces recovery time.

The S-ICD continuously monitors the heart rhythm and delivers life-saving shocks when necessary, providing reliable protection against sudden cardiac arrest without the complexity of traditional lead-based systems.

Our facility also specialises in leadless ICDs, eliminating the need for transvenous leads and thus minimising procedural risks.

By putting an end to the need for leads that run from the ICD to the heart, these devices reduce the risk of lead-related complications such as infections, fractures, and dislodgement.

At Kauvery Hospital, the implantation of leadless ICDs is performed with precision and care, ensuring a high success rate and patient satisfaction.

These devices are implanted directly into the heart via a minimally invasive procedure, offering patients a safer and less invasive option.

The leadless ICD continuously monitors and responds to arrhythmias, providing effective management of life-threatening conditions while enhancing patient comfort and mobility.

We utilise advanced remote monitoring technology to keep track of the ICD's performance and the patient's heart health from afar.

This approach allows our medical team to track the performance of the ICD and the patient’s heart health in real-time, without the need for frequent hospital visits.

Using sophisticated telemetry systems, the ICD transmits data to our secure monitoring center, where it is analysed by our cardiology experts.

This efficient method enables early detection of potential issues, timely medical interventions, and personalised adjustments to treatment plans.

Patients benefit from increased peace of mind, knowing their heart health is under constant professional supervision, leading to improved outcomes and quality of life.

Intravascular ultrasound imaging provides real-time, high-resolution images of the blood vessel's internal structure, allowing for better assessment of the severity and characteristics of the stenosis.

Digital subtraction angiography (DSA) systems with advanced imaging capabilities enable interventional radiologists to visualise blood flow dynamics and accurately assess the results of fistuloplasty in real-time.

Pre-procedural 3D printing and modelling techniques allow for the creation of patient-specific vascular anatomical models, that helps optimise procedural efficiency and outcomes.