VizUp Reducer Ultimate is designed for optimization of complex 3D models (CAD/CAE systems) for real-time visualization. Supports Wavefront .OBJ, VRML 2.0/97 and StereoLitho (.STL) file formats.

Features: VizUp Reducer Ultimate helps optimize complex 3D models from CAD/CAM/CAE systems and others, for real-time visualization. The optimization is directed at making the rendering easier and to maintain the visual quality of the model at the same time. The product allows you to achieve the finest quality in optimization and polygon reduction. It supports Wavefront .OBJ, VRML 2.0/97 and StereoLitho (.STL) file formats. This also helps manufacturing companies present the CAD models of their product line optimized for web publishing now. These could be derived directly from the full scale models, no remodeling is required now. This unique technology is allowing companies to utilize existing CAD-data for 3D product presentations or for virtual training scenarios.

No parameters tuning necessary before the models are reduced. The reduced models, reduced mesh polygons, means that the files take much less time to load. The application provides support for VRML format and makes these animations quite easy. Real time visualization is now possible without the need for any further remodeling work. VizUp Ultimate is a software specially developed to meet needs Industrial Designers within the manufacturing industry. Such industrial designers can evaluate alternate designs. Rotate and zoom the model to look at it from all angles and zoom in to look at details. The same visual quality can be maintained without the need for renderings. "Quality reduction" allows you to use all the capacity of this technology to achieve best results. This low-poly model retains the visual fidelity of a high-poly model. VizUp Batch Mode saves time to create industrial or architectural real-time presentations, or to build 3D models for industrial systems of virtual reality.

Overall: Truly useful utility for creating lightweight, yet visually high fidelity models from CAD 3D model by polygon reduction.