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Proposing the optimal solution for the utilization of digital software.

Achieving rapid development with a "purpose-specific perspective." Leading to advanced design and production systems.

One of the four concepts to understand for the practical application of 3D printing is "Software." Digital software serves as a "perspective" and "viewpoint" for observing objects centered around the information needed. In the world of 3D printing, where various analysis parameters and the shapes of printed objects are closely linked to generate complex three-dimensional shapes, it is often the case that the "apparent impression" held by humans differs from the simulation results. [Overview (Partial)] ■ Viewing objects by shape - While human visual information is meticulously reproduced on the screen, the internal information is limited. ■ Creating objects with information - The appearance of the shape generated based on computational results does not inherently hold meaning. ■ Creating relevance of information - By linking the information contained in a 3D model, it enables flexible editing and detailed analysis. *For more details, please refer to the PDF document or feel free to contact us.

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Design for Additive Manufacturing (DfAM) utilizing 3D printing.

It is in the realm of technological limits that the true value of 3D printing scenarios is realized.

One of the four concepts to understand for the practical application of 3D printing is "DfAM." DfAM (Design for Additive Manufacturing) is a general term for product design that maximizes the benefits of 3D printing, layered manufacturing, and additive manufacturing. In the context of Japan's high-quality industrial technology that has been cultivated so far, simply converting to 3D printing yields few advantages. It is effective to scrutinize development and manufacturing goals, identify the limitations of existing methods, and focus on installing the necessary technological elements. [Improvement Goals with DfAM] - Reduction of defective product rates (defect rate × number of parts) - Reduction of management burden (inventory management/order-based production) - Reduction of equipment costs (production without machines/molds) - Shortening of delivery times (compression of manufacturing processes) *For more details, please refer to the PDF document or feel free to contact us.

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