Support for new product development rooted in practical implementation, thinking together about the utilization of 3D printers.
This document introduces four concepts that should be understood for the practical application of 3D printing. 1. "DfX," a method for restructuring the manufacturing process utilizing digital design and production. 2. "DfAM," a design methodology for additive manufacturing that maximizes the performance of 3D printers. 3. "Software," how to utilize software to optimize design and connect it to mass production. 4. "Machine Tools," the introduction and utilization of 3D printers to optimize manufacturing and production while improving quality, detailed with diagrams and illustrations. This book serves as a useful reference when considering 3D printing. [Contents (partial)] - Company Overview - Proposing suitable approaches from the perspective of utilizing digital technology from planning to mass production. - What scenarios of 3D printing demonstrate true value in the realm of technological limits? - Selection, introduction, and development support of digital tools that lead to advanced design and production systems. - Software - Machine Tools *For more details, please refer to the PDF document or feel free to contact us.
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【Other Published Content (Partial)】 ■ "The Future of Manufacturing" by DfX × DfAM ■ Vision Proposal for Large-Scale 3D Printing *For more details, please refer to the PDF document or feel free to contact us.
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Our company provides design/prototyping/manufacturing support that rapidly elevates ideas to product level through the integration of 3D printing utilization and digital design. - Appropriate 3D printing utilization proposals based on comparisons with existing methods by experts - 3D model creation/analysis/optimization by mechanical engineers - Management of shaping methods and surface treatments by CMF designers - Appearance design proposals and promotional creative production by product designers - Software development and realization of advanced 3D design by software engineers By having each member possess unique expertise, we achieve the integration and acceleration of the prototyping/development phase through cross-sectional support, as well as prompt and efficient solutions to specific challenges and requests.