Tag: Vascular Surgery

Biodegradable Implantable Blood Flow Sensor

Researchers at Stanford University have developed a biodegradable blood flow sensor that can be wrapped around an artery during vascular surgery, and then monitor blood flow thereafter. The battery- and wire-free device can let a clinician know if a vessel is blocked, helping them to address complications after surgery before they become a signific (Read more...)

Siemens Healthineers Releases Mobilett Elara Max X-Ray

Siemens Healthineers is releasing a new mobile, general purpose X-ray system, the Mobilett Elara Max. It features secure connectivity to the hospital’s IT systems to quickly store and retrieve the captured images, a design to make the unit easier to clean, and overall improved ergonomics for ease of use. The cabling has been integrated i (Read more...)

Cios Spin Mobile 3D C-Arm for Orthopedic Surgery

Siemens Healthineers has unveiled a new mobile C-arm, the Cios Spin, that can provide both 2D and 3D imaging in just about any operating room. Mostly intended for orthopedic procedures, the device allows clinicians that are currently using 2D C-arms to upgrade to 3D capability and see things in a much more intuitive perspective. Positioning [&helli (Read more...)

Barco’s New 27″ 4K Surgical Monitor

Barco is releasing a new 4K surgical monitor that’s designed to give clinicians a high fidelity live image during interventional procedures. The Barco MDSC-8427 has a 27” screen, providing a new, larger size over common 24″ and 26″ monitors. The display features the company’s smart image processing technology (Read more...)

Tiny New Endoscope for Looking Inside Blood Vessels

Cambridge Consultants, a UK firm, and OmniVision, based in California, have developed an impressive intravascular camera. It produces native images at 400 x 400 pixel resolution, considerably better than existing fiber-optic angioscopes, but engineers at Cambridge Consultants believe this can be boosted to 1,600 x 1,600 with its own software techni (Read more...)

Thromboresistant Hydrogel Materials for Venous Catheters: Interview with CEO of Access Vascular

Access Vascular, based in Massachusetts, has developed a peripherally inserted central venous catheter (PICC) composed of a thromboresistant hydrogel material. The catheter could reduce the incidence of catheter-related thrombi and resulting adverse events. When a catheter encounters blood, blood cells and proteins begin to accumulate on its surfac (Read more...)