Copy to clipboard 
Viseon announced the first US clinical use of the 4K Hawkeye device for Anterior Lumber Interbody Fusion (ALIF). The system represents a line extension of an enabling, towerless advanced digital visualization system that involves no capital equipment expense and occupies no operating room footprint.
The 4K System comprises a single-use sterile 4K imaging camera and a reusable, non-sterile 4K Image Control Box, enabling a 4K experience on a 4K Operating Room monitor for the entire OR team to observe. As a 4K Digital Platform, the system is also capable of real-time procedural video recording and still image capture, enabling the surgeon to develop a digital content database. MaxView 4K is implant-agnostic and compatible with all major currently marketed lateral access retractors.
Pete Davis, Viseon President and Chief Operating Officer said, “In addition to the increasing routine use of the Viseon 4K MaxView in lateral, prone lateral and posterior procedures in our key hospital accounts, after overwhelming surgeon requests, expanding the Viseon 4K digital technology platform into additional spine surgery procedures represents growth and commercial acceleration for the Company. Our 4K Viseon technology procedural diversity now accommodates over 10 different procedure types in both hospital and ASC settings. The Viseon 4K image resolution and depth perception offers greater procedural value without any capital cost to the hospital. Adding to our existing well established advanced visualization market presence, we are excited to now expand into the ALIF market and soon into cervical spine procedures later this year, and further into other clinical markets moving through 2024.”
Source: Viseon
Viseon announced the first US clinical use of the 4K Hawkeye device for Anterior Lumber Interbody Fusion (ALIF). The system represents a line extension of an enabling, towerless advanced digital visualization system that involves no capital equipment expense and occupies no operating room footprint.
The 4K System comprises a single-use sterile...
Viseon announced the first US clinical use of the 4K Hawkeye device for Anterior Lumber Interbody Fusion (ALIF). The system represents a line extension of an enabling, towerless advanced digital visualization system that involves no capital equipment expense and occupies no operating room footprint.
The 4K System comprises a single-use sterile 4K imaging camera and a reusable, non-sterile 4K Image Control Box, enabling a 4K experience on a 4K Operating Room monitor for the entire OR team to observe. As a 4K Digital Platform, the system is also capable of real-time procedural video recording and still image capture, enabling the surgeon to develop a digital content database. MaxView 4K is implant-agnostic and compatible with all major currently marketed lateral access retractors.
Pete Davis, Viseon President and Chief Operating Officer said, “In addition to the increasing routine use of the Viseon 4K MaxView in lateral, prone lateral and posterior procedures in our key hospital accounts, after overwhelming surgeon requests, expanding the Viseon 4K digital technology platform into additional spine surgery procedures represents growth and commercial acceleration for the Company. Our 4K Viseon technology procedural diversity now accommodates over 10 different procedure types in both hospital and ASC settings. The Viseon 4K image resolution and depth perception offers greater procedural value without any capital cost to the hospital. Adding to our existing well established advanced visualization market presence, we are excited to now expand into the ALIF market and soon into cervical spine procedures later this year, and further into other clinical markets moving through 2024.”
Source: Viseon
You’ve reached your limit.
We’re glad you’re finding value in our content — and we’d love for you to keep going.
Subscribe now for unlimited access to orthopedic business intelligence.
JV
Julie Vetalice is ORTHOWORLD's Editorial Assistant. She has covered the orthopedic industry for over 20 years, having joined the company in 1999.
