Cardiomatics partners with BIOTRONIK in Germany to expand market access of its advanced AI-powered ECG analysis solution

Cardiomatics cooperates with the BIOTRONIK sales organisation in Germany to accelerate the growth of its leading AI-powered ECG analysis solution in the German market. BIOTRONIK Sales Organisation in Germany will distribute Cardiomatics’ AI-powered ECG analysis solution in combination with its net_ECG advanced ECG-Patch Holter Monitor. The partnership will drive the adoption of AI in early detection and management for individuals who may be at risk of a cardiac event.

Cardiomatics guide: Analyzing arrhythmias made easy

Embark on a journey into the forefront of cardiac diagnostics with Cardiomatics, the cutting-edge AI-powered ECG interpretation solution. Experience swift insights into heart health, empowering healthcare professionals to intervene promptly. From sinus rhythm variations to critical arrhythmias, Cardiomatics provides a comprehensive overview of ECG events, ensuring accurate and consistent analysis. Embrace the efficiency of AI to streamline ECG interpretation, revolutionizing patient care outcomes. Uncover the intricacies of cardiac rhythm with Cardiomatics, shaping a future of tailored, proactive, and precise cardiac healthcare.

Data overload in cardiology
How does low quality signal affect ECG analysis and practical tips to reduce it

Maintaining high-quality ECG signals is crucial for accurate diagnosis and monitoring of heart conditions. Factors like electrode placement, patient movement, and external interference can impact signal quality, leading to misinterpretation and false results. Proper electrode placement, patient education, and advanced ECG analysis tools, including AI-powered solutions like Cardiomatics, are essential for improving signal quality and ensuring reliable diagnosis. Advanced technologies such as adaptive digital filters and AI algorithms further enhance signal quality by reducing noise and artifacts.

ECG Patch vs. Cable Holter Monitors: Which is Best for ECG Monitoring?

ECG patches and cable holter monitors are two main types of devices for long-term ECG monitoring. Patches, with their convenience and waterproof design, are dominating the market and experiencing rapid growth in usage. However, cable holters still offer specific features making them preferable for certain clinical scenarios. Find out more and discover key insights from our unique dataset comprising several hundreds of thousands of ECG recordings from a range of devices.

Cardiomatics Reward Program

Refer a friend to Cardiomatics and they’ll enjoy a free month of Cardiomatics Pro while we donate to the World Heart Federation in your name. If they sign up for a minimum 12-month subscription, you both receive rewards. Join now to share the benefits of Cardiomatics and support heart health globally!

Introducing Cardiomatics v5: the world’s 1st MDR Certification for AI-based ECG interpretation

Introducing Cardiomatics v5: the world’s first AI-based ECG interpretation software certified under the Medical Device Regulation (MDR). With new features like AV block detection, fast-track analysis, and a revamped layout, Cardiomatics v5 empowers medical professionals with accurate and efficient ECG analysis. Join over 1,000 users and 200 clinics in experiencing streamlined workflow options and insightful reports. Request a free trial today to explore the potential of AI in ECG interpretation and enhance patient care.

Learn more about your patient with the latest Cardiomatics feature

Discover Cardiomatics’ latest feature: the ECG signal viewer. Now, access raw ECG signals directly within the Cardiomatics web panel, simplifying workflow for cardiologists. Responding to market demand, this enhancement offers efficiency and cost-effectiveness for medical professionals. Try it out with a free trial today.

The 3 biggest challenges in analyzing ECG signals – see if you are also struggling with them. (Part 3).

In the final installment of our series on ECG signal analysis challenges, we delve into the complexity of Holter ECG analysis. Traditional methods are labor-intensive and prone to inaccuracies due to outdated software. However, Cardiomatics offers a revolutionary solution. With its AI-powered platform, Holter ECG analysis becomes effortless and accessible, available anytime and anywhere via a user-friendly web interface. Backed by successful pilot programs and endorsements from medical professionals, Cardiomatics is transforming ECG analysis, saving time and enhancing patient care. Join hundreds of GPs and cardiologists already benefiting from Cardiomatics and streamline your Holter ECG analysis today.

The 3 biggest challenges in analyzing ECG signals – see if you are also struggling with them. (Part 2).

In part two of our series on ECG signal analysis challenges, we address the pressing issue of time constraints faced by both patients and doctors in cardiovascular care. Manual Holter ECG analysis, although common, is time-consuming and outdated. However, with the integration of Cardiomatics, AI-powered algorithms reduce analysis time by up to 80%, enabling doctors to focus on diagnosis and patient care. Through successful implementations at Swiss hospitals and research studies, Cardiomatics has demonstrated its ability to significantly accelerate ECG analysis, saving valuable time for medical professionals. Embracing modern technology like Cardiomatics is key to faster analysis and more efficient diagnosis in preventing heart failure and premature death.

The 3 biggest challenges in analyzing Holter ECG signals – see if you are also struggling with them. (Part 1).

In part one of our series on analyzing Holter ECG signals, we address the challenge of accuracy and human error in manual analysis. Cardiomatics provides a solution by offering cloud-based AI technology that ensures precise interpretation of ECG signals, reducing reliance on human interpretation. Trusted by leading medical institutions and validated in clinical trials, Cardiomatics delivers accurate reports with a positive feedback rate of 99.9%. With AI algorithms constantly learning and improving, Cardiomatics enhances diagnostic precision and efficiency in clinical practice. Learn more about implementing Cardiomatics software in your workplace to streamline ECG analysis and improve patient care.

The backlog of heart care in the UK – how AI algorithms can reduce queues for cardiologists?

In the UK, the backlog of cardiovascular patients awaiting vital heart care is growing, worsened by challenges from the COVID-19 pandemic. With over 100,000 individuals waiting for treatment, AI algorithms offer a solution to reduce this backlog. Cardiomatics, a cloud-based AI software, streamlines ECG analysis, cutting analysis time by up to 80% and providing accurate reports in just four clicks. Trusted by leading institutions and validated in clinical trials, Cardiomatics helps doctors focus on patient care. Contact us to learn more about how AI can support managing the backlog of heart care in the UK.

Artificial intelligence and cardiology

Artificial intelligence (AI) is transforming cardiology by automating ECG signal analysis, addressing challenges worsened by cardiovascular diseases and the pandemic. Manual analysis of Holter monitor ECG tests is time-consuming and demands expertise, leading to a backlog in heart care. AI algorithms, like those in Cardiomatics software, analyze signals swiftly and accurately, reducing analysis time by up to 80%. With just four clicks, doctors receive reports for interpretation and treatment planning. PZU Zdrowie’s collaboration with Cardiomatics highlights the growing trust in AI solutions to enhance medical care.