Collaboration Advances Orthopedic Visualization With HDVR(R) Connect
Fovia Medical, Inc., a world leader in volume rendering technology,
and iCRco, a leading provider of innovative digital imaging solutions,
today announced a groundbreaking collaboration to deliver High
Definition Volume Rendering@ to the orthopedic market.
iCRco develops and delivers comprehensive digital x-ray products,
including an integrated suite of hardware, PACS and imaging software
solutions for the medical, dental, chiropractic, veterinary and
non-destructive testing markets. The combination of Fovia's imaging
capabilities and iCRco's orthopedic expertise gives physicians and
radiologists an unprecedented ability to view and manipulate data
"on-the-fly," making lengthy pre- and post-processing steps, such as
time-consuming surface rendering import and export, obsolete.
Fovia's CPU-based thin client-server technology provides advanced
visualization to OEMs through its customizable SDK integration
solution. Through its server-based architecture, HDVR@ Connect
provides high performance 3D locally or via web-based solutions,
offering immediate access to imaging during critical stages of care.
HDVR Connect's flexibility extends to its platform accessibility --
operating in various combinations of Windows, Mac, Linux, and iOS
"With the precision of Fovia's HDVR Connect software, we are able to
dramatically improve imaging studies for hip and knee replacement
surgical planning, spinal cord trauma diagnostics, and other
orthopedic surgical and clinical applications. The list continues to
grow as we investigate the advantages of Fovia's scalable and flexible
platform," said Stephen Neushul, Chief Executive Officer of iCRco.
"Leveraging HDVR@ in our products will provide us with the tools our
orthopedic clients need to deliver the best quality care and the high
rate of successful surgical outcomes expected by today's health care
Ken Fineman, Chief Executive Officer of Fovia, stated, "We are
thrilled to have such a visionary partner with which to expand into
the orthopedic market. iCRco is keenly adept at recognizing the needs
of a particular medical sector and being at the forefront of
delivering revolutionary and adaptive innovations in imaging
technology, while continuing to remain cost-effective."
About Fovia, Inc.Fovia has developed High Definition Volume
Rendering@, a CPU-based, advanced visualization technology platform
that delivers unparalleled quality, performance, scalability and
flexibility. Fovia's innovative HDVR@ solution successfully overcomes
the inherent limitations of other currently available imaging
technologies, thereby enabling local, enterprise-wide and web-based
volumetric rendering with affordable, off-the-shelf computers.
Fovia's flagship product, HDVR@ Connect, is a software-only, advanced
visualization solution that includes all of the key attributes
required by today's vendors and their customers: performance, quality,
scalability, anytime/anywhere image access, cost-effectiveness and
flexibility. With HDVR Connect, OEM vendors can deliver unrivaled
image quality and uncompromised performance, both locally and
remotely, in 2D, 3D and 4D advanced volume visualization applications.
For additional information and to learn more about commercial,
academic or research licensing, visit
About iCRcoFounded in 1990 by Stephen Neushul, iCRco has introduced
several innovative technologies with its direct digital radiography,
computed radiography, film digitizer and PACS product lines. In 2002,
iCRco introduced the first computed radiography machine to have True
Flat Scan Path? technology. Today, iCRco continues to lead its medical
imaging categories through the development of innovative digital x-ray
imaging solutions, including a complete suite of x-ray imaging
hardware, PACS, imaging software and integrated solutions for the
medical, orthopedic, women's health, chiropractic, veterinary and
non-destructive testing markets.
iCRco is proud to be the choice of United States Military for portable
digital imaging and received straight A's in all fields in the 2009
KLAS Medical Imaging Buyer's Guide.