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#Materialize mimics software#
The software allows users to virtually implant LAAO devices to simulate their feasibility, with the ability to modify the size of the implant in a trial-and-error fashion. Image via Materialise.ĭeveloped in collaboration with healthcare provider Henry Ford Health System, Mimics Enlight provides clinicians with a consistent method of taking critical 3D measurements for cardiovascular procedures. A LAAO device is used to regulate blood flow to the left atrium.
#Materialize mimics Patch#
Physicians usually take multiple 2D scans of the heart and patch them together, but a native 3D scan can provide a better understanding of the intricacies of the chambers and valves with more accurate measurements. This makes the planning stage of the procedure crucial, as implant placement is especially delicate. Owing to the variability of the condition, each LAAO procedure must be tailored to the individual anatomy of the patient. This has been shown to reduce the risk of AFib-induced stroke by up to 70%. To treat AFib, a cardiologist inserts a specialized implant into the heart, which shuts off and regulates blood flow to the left atrium. The LAAO procedure is a last resort treatment for patients suffering from atrial fibrillation (AFib), a heart condition characterized by a rapid, irregular heartbeat that increases a patient’s risk of stroke. Janelle Schrot, Market Manager at Materialise Medical, explains, “While Materialise Mimics Enlight is not the only structural heart planner on the market for this procedure, we are unique in offering 3D planning technology.” Inspecting a patient’ 3D scan in Mimics Enlight.
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The program is intended to help medical professionals mitigate surgical risk and improve planning efficiency by providing a more visual method of procedure preparation with 3D models.
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Specifically, Materialise customers will now be able to plan out complex left atrial appendage occlusion (LAAO) procedures in Enlight’s 3D environment. Sources: Press materials received from the company and additional information gleaned from the company’s website.3D printing software developer Materialise has upgraded its Mimics Enlight medical 3D planning software with an additional cardiovascular procedure. The Mimics Viewer will require no extra software installation and the user will be able to access cases directly in a secure browser environment. Medical organizations that have already invested in the digital workflows for segmenting medical images for 3D printing can use this technology to extend their digital models to VR headsets. With the new VR environment within the Mimics Viewer, clinicians can access a digital tool to create models with improved depth and proportion perception for personalized treatments. By removing the tethering requirement, VR becomes a more accessible tool for collaborative planning and communication. This feature enables multiple viewers to access the VR experience remotely, while eliminating the need for a physical lab space dedicated to VR technology. The VR experience within the Mimics Viewer is the first to remove tethering restrictions to ensure compatibility across multiple VR devices on the market today. “The interactive nature of a VR environment opens new doors for planning, education and communication and allow physicians to easily address more complex cases through personalized planning,” Crutchfield adds.Įxisting VR applications have been limited by factors such as the technical training needed to implement the workflow and requirements to tether headsets to a dedicated computer and physical space, which limit opportunities to collaborate. “As VR technologies become more seamless, the technology will have an important complementary role as a faster, low cost option for interactive models. “3D printed anatomical models continue to provide irreplaceable value for doctors in the planning and communication of complex cases,” says Bryan Crutchfield, vice president and general manager, Materialise North America. The VR environment in the Mimics Viewer provides clinicians with a complement to 3D printed anatomical models, allowing for faster and lower-cost visualization through more interactive models for planning, education and communication. Materialise NV introduced its new Mimics VR Viewer, bringing virtual reality (VR) capabilities to its 3D modeling platform.