Fuzor is a versatile VR plugin designed for BIM that seamlessly integrates with Revit in real time. Within Fuzor, users can parameterize and edit models by accessing Revit’s material and family libraries. The 3D visuals are both realistic and precise. Using Fuzor’s LiveLink feature, the software synchronizes completely with Revit—any changes made in one are instantly reflected in the other.
Compared to Navisworks, which has a more complex roaming inspection process and less accurate rendering, Fuzor is preferred for hazard inspection due to its advanced technology. Below are the main advantages of Fuzor in hazard control.
First, Fuzor achieves full synchronization with Revit models. When you add or modify component properties in Fuzor, the changes automatically update the Revit model, and vice versa.
Second, Fuzor enables rapid hazard information localization. It allows users to pinpoint hazard data within Revit models, making it easier to access relevant information in specific areas. This improves convenience, efficiency, focus, and timeliness.
Third, Fuzor supports direct component manipulation. Users can add or modify safety controls directly within Fuzor. For example, if an opening lacks protection, you can select and add railing components instantly, and these updates will synchronize back to the Revit model.
Fourth, Fuzor offers diverse applications. It can integrate SketchUp models and facilitate one-way linking with Navisworks data, incorporating relevant hazard information seamlessly.
Fifth, Fuzor includes a QR code module. Each hazard source can generate a unique QR code, allowing real-time access to detailed hazard information by scanning the code.
Sixth, Fuzor provides annotation and measurement tools. Annotations help users quickly reference important details, which can be imported into either Fuzor or Revit. Additionally, Fuzor’s safety analysis feature enables report generation to document security issues.
Seventh, Fuzor offers many additional features such as measuring, labeling, marking, and displaying net heights. It also supports safety checks, clash detection, sunlight and lighting analysis, weather simulations (e.g., construction under rain, snow, or low light conditions), and closed-circuit video monitoring simulations.
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