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Our unique modeling methods enable us to speedily create a prototype directly from an idea of a designer. Here, we introduce a part of our elaborate works utilizing SLS (Selective Laser Sintering), FDM (Fused Deposition Modeling), Cutting & Grinding process, and Adhesive technology. |
![SLS / FDM Rapid Prototyping](images/proc_top_title_rapid.gif) |
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![Cutting & Grinding Process](images/proc_top_title_cut.gif) |
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![SLS / FDM Rapid Prototyping](images/proc_top_photo_molding.jpg) |
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![Cutting & Grinding Process](images/proc_top_photo_cut.jpg) |
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SLS (Selective Laser Sintering) and FDM (Fused Deposition Modeling) enabled us to create more advanced prototype.
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Higher precise cutting and grinding process was done by our advanced technology in this field.
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![FDM / Welding Process](images/proc_top_title_fdm_molding.gif) |
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![SLS / Cutting & Grinding Process](images/proc_top_title_pow_molding.gif) |
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![FDM / Welding Process](images/proc_top_photo_fdm_molding.jpg) |
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![SLS / Cutting & Grinding Process](images/proc_top_photo_pow_molding.jpg) |
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This is a sample case that the ABS resin part produced by the cutting and grinding process and the prototype produced by the FDM (Fused Deposition Modeling) are jointed with MEK solvent.
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This is a sample case that shows the features of our modeling technologies using the SLS (Selective Laser Sintering) and Cutting & Grinding techniques.
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