We specialize in measuring large items that are difficult to move. If you have any issues with dimensions or shape measurements, please contact us.
1. Issues - I want to measure the object that exceeds the meter accurately. - I want to visually examine the shape changes before and after welding. - I cannot handle internal responses in a short time. - I cannot align the machining of large parts. → Is it possible to convert the actual object into CAD data? 2. Solutions - By combining ATOS and TRITOP, measurements can be taken with an accuracy of ±0.1mm for sizes around 4m (maximum size achieved in the past: Φ10m, height 4m). - Overlaying measurement results and outputting them as a color map to recognize the deformation of the actual shape compared to the design values using color information. - By converting measurement STL (polygon) information into CAD through reverse modeling, it can be imported into standard design CAD. 3. Effects - Understanding the overall deformation amount reduces post-processing man-hours by 15%. - Visualization facilitates easy communication (breaking down language barriers). - By converting to CAD, machining accuracy is improved and delivery time is shortened by 20%. - Improving FEM accuracy through comparison of CAE analysis results and actual measurement results. ● For more details, please contact us.
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**Effects** - Reduction of post-processing man-hours by 15% through understanding the overall deformation amount. - Easier communication through visualization (breaking down language barriers). - Improvement in processing accuracy and a 20% reduction in delivery time by converting to CAD. - Enhanced accuracy of FEM through comparison of CAE analysis results and actual measurement results. For more details, please contact us.
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For more details, please contact us.
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To accommodate diverse needs, we utilize various measuring instruments with different measurement principles to perform 3D scans of the target objects. All of our equipment is portable, allowing us to provide measurement services nationwide. Reverse engineering starts with the very first 3D scan. If the 3D scan data is poor, it will affect all subsequent processes, including 3D modeling, design, processing, and assembly. Moreover, regardless of how expensive the equipment is, the quality of the data varies based on measurement know-how. We aim to produce data that is immediately usable by understanding the objectives and proposing the optimal measurement methods, delivering 3D data to our customers in a ready-to-use state.
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