Since it is a non-history CAD, 3D conversion can be done quickly.
<Supported Data Formats> 2D Input Data: DXF, PDF (hand-drawn drawings are also acceptable) ↓ 3D Output Data: STEP, IGES, PKG, STL, eDrawings *It is necessary to confirm the compatibility of the output 3D CAD data with the customer's CAD. There is a possibility of issues such as color bleeding and garbled part names. Data conversion will be performed for one part in several different patterns. Please specify your desired output format. <We also support the following:> - 3D modeling of the entire device including purchased items - Creating processing drawings from hand-drawn PDF → 3D data → DXF - Calculating the weight of the created 3D model (please specify the material) If you have any other questions like "Can you do this?", please feel free to consult with us.
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basic information
<Flow from Request to Delivery> 1. Receipt of drawing materials for estimation 2. Estimation response 3. Order placement 4. Data delivery 5. Correction of deficiencies 6. Inspection <Estimated Time Required> - Simple sheet metal → 3-5 items, 1 hour - Plates with many holes, simple can manufacturing → 1-3 items, 1 hour - Parts with complex shapes → 1 item, over 1 hour <Notes> - 3D models with complex curves cannot be created. - The time required for 3D modeling from hand-drawn or PDF drawings may vary somewhat. - When converting to STL, the data size may increase due to smoothness. If you are considering 3D printing, please check the capacity limits. We will output data as smooth as possible within your desired capacity range. - For any other tasks not mentioned, a separate estimate will be created.
Price information
4,000 yen to 6,000 yen per hour
Delivery Time
Applications/Examples of results
Established as a company specializing in mechanical design for about 10 years. Some achievements are currently published on Note.
Company information
I have a track record of designing production equipment exceeding 500 in size. All designs are done exclusively using 3D CAD. I can accommodate various types of equipment in fields such as transportation, assembly, inspection, packaging, processing, food, semiconductors, automotive, and building materials. My strength lies in "speed of work." As a result, there is a total cost advantage. The conceptual models created with 3D CAD allow me to intuitively explain the benefits of the equipment to users, significantly enhancing my proposal capabilities. This directly leads to orders, and many equipment manufacturers have been pleased with this. As more companies consider implementing 3D CAD, there are many cases where they struggle to effectively link it with their actual business operations and end up facing setbacks. In response to such concerns, I have provided support as an external resource.
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