Perlove Medical

  Introduction A reliable C-arm cooling system is critical in ensuring the stable operation of medical imaging equipment. As C-arm devices are used extensively in interventional radiology, orthopedics, and surgical procedures, heat management becomes a major challenge. Without effective thermal control, overheating can reduce image quality, trigger automatic shutdowns, or shorten the lifespan of components. This article provides a clear comparison between the two major types of  C-arm cooling systems — air cooling  and  water cooling —to help healthcare professionals choose the most appropriate solution for their clinical settings. Why Do C-arm Devices Need Cooling? During high-intensity operations such as fluoroscopy or continuous exposures, the X-ray tube within a C-arm produces a large amount of heat. A  C-arm cooling system  is responsible for dissipating this heat efficiently to: Maintain image clarity and prevent thermal distortion; Protect internal h...

  Introduction to Mobile Interventional C-arm and ERCP Endoscopic Retrograde Cholangiopancreatography (ERCP) is a  minimally invasive procedure  widely used for the diagnosis and treatment of biliary and pancreatic duct diseases. It combines  endoscopic techniques with real-time X-ray imaging  to visualize the biliary and pancreatic systems. Accurate and high-resolution imaging is essential for successful ERCP, as the physician needs to navigate small and complex anatomical structures safely. The  mobile interventional C-arm  plays a vital role in this process by providing  precise fluoroscopic guidance  throughout the procedure. It enhances visualization, assists with treatment planning, and improves overall surgical efficiency. As an advanced imaging solution, it supports various interventional procedures such as  stone extraction, stent placement, tumor ablation, drainage, and biopsy . Why Mobile Interventional C-arm is Essential for ...