[Processing Technology Column] Repeated prototyping is extremely important in new product development.
What can be learned through prototype development in product development! Introducing the process leading up to the creation of prototypes in product development.
■What can be understood through product development prototypes When creating prototypes, issues related to costs, such as which processes incur expenses, become clear. By repeatedly making prototypes, unnecessary costs can be identified and reduced. During the prototyping stage, various production technologies are tested, and excellent technologies are adopted for the final product. Prototyping serves as a testing and evaluation platform for new technologies, and repeating the prototyping process leads to improvements in production techniques. ■Flow leading up to prototyping First, the planning and proposal for the new product is conducted. Considerations include cost reduction, the incorporation of new technologies, and improvements in productivity, and prototypes are created to address these considerations. Once the planning and proposal are complete, design drawings are created for prototyping, and the prototypes are manufactured based on these drawings. *For more details, please refer to the related link page or feel free to contact us. *As a reference, you can view the "Simple Materials: VA/VE to Processing Technology Handbook & Manufacturing Case Studies" from the PDF download below.
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basic information
Our company has introduced advanced machine tools, and setup work is carried out by skilled craftsmen. We handle various metal processing, including large NC lathe machining, milling, and machining, so please feel free to contact us for any requests or inquiries regarding lathe machining, milling, and other processing. *For more details, please refer to the related links page or feel free to contact us.
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Applications/Examples of results
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Detailed information
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[Processing Example] Aircraft Parts
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[Processing Example] SUS316 Medical Parts
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[Processing Example] Aluminum (A2017) machine parts (outer diameter Φ400)
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[5-Axis Machining Case Study] Stainless Steel SUS316 "Distribution Nozzle"
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[Processing Example] Aluminum "Dedicated Machine Parts and Brackets"
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[Processing Example] Machined parts from A6061 aluminum material.
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[Processing Example] Large Aluminum Flange (Diameter 680mm)
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[Processing Example] Parts for iron (45C) wire mesh weaving machine
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[Processing Example] Iron (45C) Machine Parts (Outer Diameter Φ250)
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Company information
Our company specializes in machining power components, truck parts, and subsea repeater parts (beryllium copper), primarily focusing on conventional lathe processing and large NC lathe processing, as well as 3-axis and 5-axis machining. We excel in single-item processing and small-batch production of various types. We also accommodate short delivery times.