Viseon has achieved over 1,000 U.S. minimally invasive spine surgery cases utilizing the Viseon MaxView Imaging Platform.
MaxView intraoperative imaging technology enables a highly magnified, unobstructed view of the surgical corridor and critical anatomy projected in real-time onto operating room flat panel displays for the surgeon and entire OR staff, including residents and fellows, to observe, learn and engage.
As an alternative to the expensive and cumbersome surgical microscope, MaxView is a single-use low profile imaging system that allows the surgeon to work in an ergonomically comfortable position, improving overall operating room workflow, enhancing visualization and reducing risk of complications. MaxView has been utilized in multiple minimally invasive spine surgery procedures, including posterior lumbar decompressions and fusions, tumor removal, lateral and prone lateral fusions as well as cervical procedures, in both the hospital and ambulatory surgery center.
Viseon’s Chief Executive Officer, Jeffrey Valko said, “Our imaging technology is at the core of the evolving world of digital surgery, with plans for implementing Machine Learning and AI toward optimizing procedural techniques and enhancing patient outcomes. We will be launching our next generation MaxView system later this year that will enable the user to seamlessly record every clinical procedure and build a database supporting the clinical value of MaxView technology, as well as expanding our strategic initiatives.”
Viseon has achieved over 1,000 U.S. minimally invasive spine surgery cases utilizing the Viseon MaxView Imaging Platform.
MaxView intraoperative imaging technology enables a highly magnified, unobstructed view of the surgical corridor and critical anatomy projected in real-time onto operating room flat panel displays for the surgeon and entire...
Viseon has achieved over 1,000 U.S. minimally invasive spine surgery cases utilizing the Viseon MaxView Imaging Platform.
MaxView intraoperative imaging technology enables a highly magnified, unobstructed view of the surgical corridor and critical anatomy projected in real-time onto operating room flat panel displays for the surgeon and entire OR staff, including residents and fellows, to observe, learn and engage.
As an alternative to the expensive and cumbersome surgical microscope, MaxView is a single-use low profile imaging system that allows the surgeon to work in an ergonomically comfortable position, improving overall operating room workflow, enhancing visualization and reducing risk of complications. MaxView has been utilized in multiple minimally invasive spine surgery procedures, including posterior lumbar decompressions and fusions, tumor removal, lateral and prone lateral fusions as well as cervical procedures, in both the hospital and ambulatory surgery center.
Viseon’s Chief Executive Officer, Jeffrey Valko said, “Our imaging technology is at the core of the evolving world of digital surgery, with plans for implementing Machine Learning and AI toward optimizing procedural techniques and enhancing patient outcomes. We will be launching our next generation MaxView system later this year that will enable the user to seamlessly record every clinical procedure and build a database supporting the clinical value of MaxView technology, as well as expanding our strategic initiatives.”
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