Production examples: Preservation of clay models and design shapes.

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last updated：Jun 29, 2015

ジーエム

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By performing reverse engineering, it is possible to edit and modify as 3D data.

We proposed saving high-precision 3D data through 3D scanning to address issues such as "We created prototypes like clay, but when modifications are made, the created models disappear" and "We want to preserve the current shape." By performing reverse engineering, it is also possible to edit and modify the 3D data. Please let GM Corporation assist you in reviewing the traditional manufacturing processes to resolve your company's challenges, such as restoring items without data or drawings and creating data from physical objects. 【Features】 - 3D scanning of cast products, wooden patterns, press molds, resin molds, and master models - Conversion of scanned point cloud data into drawing data - Production of prototypes through NC machining from the created data For more details, please contact us or download the catalog.

Related Link - http://3d-fukugen.com/instance.htm

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【Features】 ○ 3D Scanning → Creation of measurement and point cloud data using high-precision 3D scans employed by automotive manufacturers. ○ Reverse Engineering → Production of drawing data that can be modified with industrial CAD systems from measurement data. → Either simple reverse (auto surface) data or full reverse (for industrial products) can be produced. ○ NC Machining Service → Machining processing from drawings and 3D data. → Capable of short delivery times due to the use of multiple machines. ○ Shape Inspection → Comparative measurement of non-contact 3D measurement point clouds against CAD data. → Delivery of shape analysis, cross-section inspection, and wall thickness inspection in color map display or numerical display. ○ 3D Printing → Fabrication using a 3D printer from measurement and point cloud data obtained through 3D scanning. ● For more details, please contact us or download the catalog.