Software
Neowise Software
Neowise is an innovative software that helps practitioners in the daily running of their practice by incorporating cutting-edge features that simplify clinical and communication tasks.
Characteristics
Single interface
Centralised data management lets you access a patient's images, X-rays, renderings, videos and documents via a single interface, streamlining the decision-making process.
Simple and user-friendly
Users can browse the software’s features with ease via an interface designed to enhance efficiency and reduce learning times.
Versatile
Neowise integrates seamlessly with a wide range of third-party devices and software, ensuring uninterrupted workflows. It supports standard protocols such as DICOM for medical imaging and also provides several tools that allow advanced customisation.
Customised user profiles
The software lets you personalise interfaces and functions according to your needs. In parallel, it also allows profiling and activation of dedicated permissions to match each operator’s roles and preferences.
Artificial Intelligence
Process automation, powered by several patented AI functions, helps reduce operating times, improving efficiency and reducing workloads.
2D Viewer
Neowise software lets you simultaneously view and compare multiple 2D and 3D images of any type. This streamlines comparison of clinical information and boosts diagnostic capacity.
What’s more, it places powerful AI tools at your disposal (e.g. patented anatomical and pathological segmentation for both panoramic images and intraoral X-rays), providing valuable support for clinical analyses.
3D Viewer
The software enables the complete fusion of 3D data, allowing the combined display of CBCT, Facescan and intraoral scans; this also includes specific views for endodontics, implantology and analysis of the temporomandibular joint (TMJ).
Here, AI powers your practice to optimise workflows, providing functions that allow tracing of the mandibular nerve and the panoramic arch, automatic matching of intraoral scan and CBCT and, lastly, segmentation of anatomical elements in CBCT.
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