We will achieve the creation of 3D data that considers the features of various products and their replication.
3D reverse engineering utilizes measuring instruments to replicate various products and create 3D data considering the characteristics of the products. It is a technology capable of addressing various applications such as product inspection, analysis data, and layout considerations, and it will become a central element in quality assurance for future product manufacturing. The manufacturing of molds is currently processed from 3D NC data derived from 3D model data designed by CAD systems. However, shapes that cannot be expressed in 3D model data are manually corrected to complete the molds. By measuring the manually corrected areas of the completed molds and converting them into 3D model data, 3D NC data becomes possible, allowing for the rapid duplication of molds. 【Features】 - Measuring instruments can be moved (on-site) close to the measurement object for measurement. - Provides the fastest measurement work based on various measurement experiences. - Measurement results can be confirmed and verified on-site. - CAD data tailored to the characteristics of the measurement object can be created and provided. - Measurement accuracy suitable for the measurement environment is achievable. For more details, please contact us or download the catalog.
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basic information
【Flow of 3D Reverse Engineering】 ○ Customer request ○ Investigation and on-site measurement → In cases where the measurement object is difficult to move, the measuring equipment is brought to the location of the measurement object (on-site) for measurement. ○ Preparation of the measurement object → Surface treatment of the measurement object is performed to improve measurement quality during measurement. ○ Installation of measuring equipment → The measuring equipment is set up, and the measurement area is checked along with consideration of the optimal measurement position. ○ 3D scanning → Measurement is conducted in the shortest time based on the results of the preparation stage. ○ Reference and measurement object check → Measurement data is aligned with the CAD data of the measured product. ○ Verification and validation of measurement data → Measurement data is compared with the CAD data of the measured product, differences are highlighted in a color map, and values (distances) at arbitrary positions are checked and evaluated. ○ Output of STL data → The shape is measured through 3D scanning. → The data is converted to STL data upon output. ○ Creation of 3D CAD data from STL data → The STL data and original CAD data are imported into reverse modeling CAD for comparison. ○ Creation of NC data after CAD data creation → NC data is created based on the CAD data generated from the measurement data. ● For more details, please contact us or download the catalog.
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Company information
Word Giken Co., Ltd. has been involved in the design of bodies, chassis, and more for major automobile manufacturers since its establishment in 1987, participating in numerous new vehicle developments. In the early days, we used drafting tools and hand-drew designs, but in 1988, just one year after our founding, we introduced 2D CAD, and in 2001, we adopted 3D CAD, establishing a 100% 3D CAD environment today. With technological innovations through virtual simulations, our technical capabilities have improved, leading to enhanced quality and reduced delivery times, earning us a strong trust from our partner automobile manufacturers. Furthermore, aiming to be a group of engineers trusted by our customers, we uphold the slogan "Creating a company where each employee can articulate a vision," and as a united team, we constantly challenge ourselves with a spirit of innovation, striving to create valuable technologies and contribute to society.
![[Step-by-step explanation with images!] Reverse Engineering](https://image.mono.ipros.com/public/product/image/044/2000217481/IPROS8147626365072077775.jpg?w=280&h=280)
