IDO:Flexible
IDO:Flexible VDP will assist you in your endeavours to integrate flexible components in digital product development in real time. It can be used wherever hoses, cables and cable harnesses are planned, laid and checked. Thus, the number of cable laying steps on a real vehicle prototype can be clearly reduced thanks to the use of IDO:Flexible VDP. Not only time and costs are saved. Quality is improved on vehicles thanks to the avoidance of errors.
IDO:Explore
IDO:Ergonomics
IDO:Ergonomics VDP offers enterprises a person model with which ergonomic questions can already be answered at an early stage on the basis of 3D data before a physical prototype is constructed. This saves valuable time and costs in the course of product development. With the aid of the virtual human being, operator controls can be examined in relation to their reachability and how well they handle, positioning and comfort analyses can be conducted and visual areas can be meaningfully assessed.
IDO:Reflect
IDO:Reflect VDP was developed specially for the realistic visualization of complex products and is characterized by a high computing speed. Thus, in real time, changes can be made to light sources, materials can be modified or times of the day can be simulated. This allowes designs to be developed, tested and reliably decided upon faster. Design variations can also be tested and interactively evaluated. In this way, customers can be involved in the development of a design early on, which makes it possible to shorten the sales process.
IDO:Cooperate
With IDO:Cooperate VDP, enterprises have a solution at their disposal for real-time product visualization across locations in real time. Development teams dispersed worldwide are thereby enabled to make decisons using a digital product model. And, in doing so, they can not only reduce travel costs. Key decisions can be made collectively and with assurance, thus accelerating the development process on the whole. IDO:Cooperate VDP makes it possible to link several virtual reality systems and to couple them with desktop systems. Thus, complex 3D models at distributed locations can be visualized and evaluated simultaneously. Interactions with a data model undergoing study can be transferred over the internet. Data lines with a standard bandwidth is sufficient.



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