VizUp Streamliner Home Ultimate 3.2.1

VizUp Ultimate is designed for optimization of complex 3D models (CAD/CAM/CAE systems and others) for real-time visualization. It is a 3D reduction and optimization tool that speeds rendering and provides enhanced control over a 3D models visual quality. The product allows you to achieve the finest quality in optimization and polygon reduction, which can be compared to manual work of a designer. Supports Wavefront .OBJ, VRML 2.0/97 and StereoLitho (.STL) file formats.

VizUps revolutionary reducing technology makes it possible for manufacturing companies to bring complete product ranges to life on the internet - with no remodelling required. This unique technology is allowing companies to utilize existing CAD-data for 3D product presentations or for virtual training scenarios.

VizUp Ultimate is a software specially developed to meet needs Industrial Designers within the manufacturing industry. By using VizUp designer can evaluate the design concept in real time. Designers can evaluate different design alternatives and freely rotate the product together as well zoom in on specific details. This can all be accomplished with the same visual quality that today is realized with the assistance of renderings.

Theres no parameters tuning necessary to process highly optimized reduction algorithms. This significantly reduces 3D file size and download time. It offers support for the VRML format. VizUp will bring your products to life in the real-time visualization directly from existing CAD-data!

You will discover a unique option - "Quality reduction", which allows you to use all the capacity of our technology to achieve the best results. You get a low-poly model that retains the visual fidelity of a high-poly model. VizUp Ultimate saves time of a highly-paid specialist, who creates industrial or architectural real-time presentations, or builds 3D models for industrial systems of virtual reality.

System Requirements: Win98 SE or higher, 16MB RAM, 2MB HD

System Requirements: Improved support of large models normal calculation.