Some unit because of business need to expand production capacity to more than two times, entrust the renovation design units of phase ii workshop design, the station building renovation, because of the space inside the pipe is complex, and the pipeline position and pipeline layout differences, for instance: the height of the pipe head up to 1 m, design units in order to effectively use of station building space, and provide accurate reconstruction scheme for owner units, they often need to take the traditional laser distance measuring equipment to the site measurement, and modify the drawings and models, to submit design scheme, such practices not only a waste of time, also often appear reworking.Therefore, by using FARO 3d laser scanning equipment and InfiPoints software, the renovation design unit only spent 2.5 hours to complete the 3d scanning of the stations and some warehouse pipes in the workshop, and completed the splicing, denoising, extraction of pipe models and other internal processing of the scanning data within 2 hours.

Based on the scanned data after InfiPoints processing, the design unit will first carry out interference analysis and layout planning of pre-installed equipment.

After the installation and positioning of the equipment is completed, InfiPoints software is used to conduct dynamic collision detection between the equipment model and scanned data (existing environment) to simulate the optimal handling path of the equipment.

Finally, the design unit submits the corresponding Viewer File to the owner unit with InfiPoints' characteristics combining the real and the virtual points, and determines the design and transformation plan.