ImmersiveView™ 5 is the latest update to the most powerful planning tool on the market
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ImmersiveView™ 5 is a groundbreaking, FDA-510(k) cleared planning software that provides a real time, hands-on surgical planning experience using patient-specific anatomy.
It allows users to visualize and interactively plan surgeries in virtual reality by transforming conventional DICOM images into an identical VR model.
Craniofacial Reconstruction and Trauma Surgeries
Interactive Hands-On Surgical Planning Tool for Residents and Surgeons
Streamline craniofacial reconstruction surgeries by rapidly planning surgical cases, exporting designs for custom guides and plate manufacturing, and utilizing 3D splint to enable precise surgical execution within a 48–72 hour timeframe. Surgeons save time by empowering residents to lead the virtual surgical planning workflow, while residents enhance their learning curve and surgical understanding through interactive collaboration with surgeons and fellows using ImmersiveTouch™ VR Software.
Thoracic Trauma &
Chest Wall Reconstruction
Specialized Advanced Planning Technology for Thoracic Cavity
Surgeons optimize thoracic reconstruction procedures by interactively pre-planning with 3D models of fractures and chest wall deformities, defining surgical parameters and approaches in skin incision to enhance patient care and post-operative rehabilitation.
Features
HD Anatomy Visuals
Navigate through multiple layers of anatomy using transparency and hide specific anatomical structures.
Measurements
Measure distances, angles and volumes of anatomical structures simulatneously in 3D and DICOM images.
DICOM Scan Overlay
Overlay patient’s DICOM scan onto a 3D model and visualize features in a blended mode.
Mirroring
Mirror any part of the anatomy or implant to assess the symmetry and plan for the optimal outcome.
Bone Alteration
Perform bone resection, reduction and add material for graft planning.
Implants & Hardware
Template the size of implants using a virtual catalog of various brands and models.
Material Editing
Change the color and texture of the 3D models to better visualize and understand the anatomy.
Drawing
Annotate any part of the anatomy or implant with different colors to highlight clinical landmarks.
Screenshots
Take pictures of any views, implant placement, or post-op position to share with colleagues.
New in ImmersiveView™ 5.1 : Measurement Analysis
Surgeons and residents can now automate facial measurements critical to pre-operative assessment of patient specific anatomy and subsequently plan for the surgical requirements in virtual reality (VR) based on quantified cephalometric parameters. This allows surgeons to pre-plan for orthognathic, facial fracture, hypertelorbitism, facial feminization and other facial surgical procedures where cephalometric analysis is crucial for improved patient care.