Technology | November 01, 2009

Infinix VF-i/BP Vascular X-Ray Offered With Large, Mid-Sized Flat Panel Detectors


November 2, 2009 — Increasing the flexibility and diagnostic capabilities in bi-plane vascular X-ray imaging, Toshiba America Medical Systems Inc. introduces the all new Infinix VF-i/BP with large and mid-sized flat panel detectors. The large and mid-sized flat panel detectors provide clinicians with the ability to obtain critical variations in angle combinations while providing the necessary anatomical coverage, creating the optimal universal bi-plane vascular X-ray system for any clinical application.

The new Infinix VF-i/BP features Toshiba’s new mid-sized 12-inch by 12-inch flat panel detector on the lateral plane, combined with the large 12-inch by 16-inch flat panel detector on the frontal plane to allow clinicians additional and steeper angle combinations. The combination of the mid-sized and large detector panels makes this system the most flexible bi-plane vascular X-ray system available, according to the company.

The mid-sized, high-resolution 12-inch by 12-inch flat panel detector enables physicians to conduct a variety of bi-plane applications, allowing for steep, compound bi-plane projections. For example, during neurological exams, the mid-sized panel enables clinicians to image at different angles in order to obtain images that best illustrate the pathology. The long field-of-view of the large panel makes it ideal for carotid interventions because it provides optimal coverage from proximal guiding catheter to distal safety device during carotid angioplasties.

The large 12-inch by 16-inch flat panel detector on the five-axis frontal plane can be utilized as a single plane in the imaging of large anatomical regions such as chest and abdomen, as well as peripherals. The five-axis C-arm provides noteworthy patient access and anatomical coverage for a floor-mounted C-arm.

Developed based on the popular Infinix-i series platform, the Infinix VF-i/BP is a floor-mounted frontal/ceiling-mounted lateral bi-plane system featuring multi-axis positioners with unique movement capabilities. These features allow physicians to complete procedures quickly and comfortably, reducing procedure times and improving overall departmental workflow.

For more information: www.medical.toshiba.com

 


Related Content

News | Angiography

Oct. 7, 2024 — The Society for Cardiovascular Angiography & Interventions (SCAI) recently announced the publication of ...

Home October 07, 2024
Home
News | Angiography

January 31, 2024 — Coronary artery calcification is increasing in prevalence, leading to greater risks both during ...

Home January 31, 2024
Home
Feature | Angiography | By Bhvita Jani

The world market for interventional X-ray and mobile C-arm equipment is forecast to reach over $4.9 billion by 2026 ...

Home November 09, 2022
Home
News | Angiography
April 6, 2022 – According to ARRS’ American Journal of Roentgenology (AJR), the 3-T Dixon gradient-recalled echo (GRE) ...
Home April 06, 2022
Home
News | Angiography

April 7, 2021 — Philips Healthcare announced U.S. Food and Drug Administration (FDA) 510(k) clearance for its Philips ...

Home April 07, 2021
Home
Feature | Angiography | By Bhvita Jani

January 19, 2021 – With the postponement of non-essential elective surgeries and medical procedures in 2020 to conserve ...

Home January 19, 2021
Home
News | Angiography

December 3, 2020 — GE Healthcare is introducing a new version of its robotic driven angiography system for image guided ...

Home December 01, 2020
Home
Feature | Angiography | Dave Fornell, Editor

Philips is working on a prototype cath lab angiographic imaging system that might be able to replace the current X-ray ...

Home March 12, 2020
Home
News | Angiography

February 12, 2020 — The University of Wisconsin (UW) Health’s University Hospital in Madison, Wis., recently became the ...

Home February 12, 2020
Home
News | Angiography

October 9, 2019 — In the complex and fast-paced world of healthcare, customers face the challenge of staying up-to-date ...

Home October 09, 2019
Home
Subscribe Now