Events

 

Digital C-Arm technology has revolutionized medical imaging by significantly improving image quality and workflow. Unlike traditional image intensifier-based fluoroscopy systems, Digital C-Arms use a Flat Panel detector to produce high-resolution and high-contrast real-time images. This advancement benefits patients and healthcare professionals, providing more transparent images with lower doses. The digital configuration allows improved image quality and a comprehensive image management, storage, and sharing system, facilitating more accurate diagnoses and better-informed medical decisions. Eventually, this technology has transformed the field of medical imaging, making practices safer and more efficient while enhancing patient care.

 

 

It has emerged as a revolutionary force in medical imaging, significantly transforming the landscape and enhancing patient safety by mitigating radiation exposure risks. This advanced technology has revolutionised how medical professionals capture real-time images and has become a cornerstone in various medical procedures, providing a safer and more efficient alternative to traditional imaging methods.

 

Mr Navjot Singh, Executive Director of Trivitron Healthcare, says, "one of the primary advantages of digital C-arm technology lies in its ability to deliver high-quality images with a considerably lower radiation dose than its conventional counterparts. Traditional fluoroscopy systems often subjected patients and medical staff to higher levels of ionizing radiation during diagnostic and interventional procedures. The digital C-arm, however, employs advanced imaging sensors and processing techniques that optimize image quality while minimizing radiation exposure."

 

 

 

Introducing flat-panel detectors in digital C-arms marks a significant leap forward in radiation reduction. Unlike image intensifiers used in conventional systems, flat-panel detectors offer superior image resolution and sensitivity. This enables medical professionals to acquire detailed, real-time images with lower radiation doses, ensuring a safer environment for patients and healthcare providers.

 

Furthermore, Dr Narin Sehgal, Medical Director and Head of the Department of MAS, Bariatric and Metabolic Surgery, Sehgal Neo Hospital, Delhi, Secretary, AHPI Delhi State chapter, states, "The real-time imaging capabilities of digital C-arm technology contributes to reduced procedural times, minimizing the duration of radiation exposure. This is particularly critical in interventional procedures such as angiography, orthopaedic surgeries, and minimally invasive interventions. The ability to swiftly capture and visualize high-quality images allows medical teams to make informed decisions promptly, ultimately improving patient outcomes while minimizing radiation-associated risks."

Integrating dose monitoring and management features in digital C-arm systems enhances radiation safety. These tools empower healthcare providers to track and control radiation exposure levels in real time, optimizing the balance between image quality and dose. By actively monitoring and managing radiation doses, medical professionals can customize imaging parameters based on the specific requirements of each procedure, ensuring the highest standard of patient care.

 

 

Digital C-arm technology also offers the advantage of image storage and sharing capabilities, faciliting seamless collaboration among healthcare professionals. The degital nature of the images allows for easy archiving, retrieval, and sharing through secure networks. This streamlines the diagnostic process and promotes a multidisciplinary approach to patient care, as specialists can review and discuss cases remotely, reducing the need for repeated exposures.