bj: common applications\nuse the information below to answer the question.\nbinder jetting is used in…

bj: common applications\nuse the information below to answer the question.\nbinder jetting is used in several common applications.\nfull - color sand print\none common application of binder jetting (bj) is full - color sand prints. a sand print is useful for giving a realistic prototype of an idea. however, it is generally not functional as far as doing something mechanical.\nstress gradients\nbinder jetting (bj) can also be used to identify stress gradients. the process allows the user to see where stresses might end up. the user can also see where a print might need more material or where to take the material away.\nlarge - scale sand mold\nanother common application for binder jetting (bj) is sand molding. sand molding is less expensive, easy to do, and faster than the traditional method when done with binder jetting (bj).\ncreating functional metal parts\nbinder jetting (bj) also allows the user to create complex geometry and organic shapes. this can be used to create things such as automotive parts or golf clubs.\nfull - color sand prints made with binder jetting (bj) are generally not functional for what?\nprints that require color\ndesigning a form\ncreating a prototype\ndoing something mechanical

bj: common applications\nuse the information below to answer the question.\nbinder jetting is used in several common applications.\nfull - color sand print\none common application of binder jetting (bj) is full - color sand prints. a sand print is useful for giving a realistic prototype of an idea. however, it is generally not functional as far as doing something mechanical.\nstress gradients\nbinder jetting (bj) can also be used to identify stress gradients. the process allows the user to see where stresses might end up. the user can also see where a print might need more material or where to take the material away.\nlarge - scale sand mold\nanother common application for binder jetting (bj) is sand molding. sand molding is less expensive, easy to do, and faster than the traditional method when done with binder jetting (bj).\ncreating functional metal parts\nbinder jetting (bj) also allows the user to create complex geometry and organic shapes. this can be used to create things such as automotive parts or golf clubs.\nfull - color sand prints made with binder jetting (bj) are generally not functional for what?\nprints that require color\ndesigning a form\ncreating a prototype\ndoing something mechanical

Answer

Brief Explanations:

The text states that full - color sand prints made with Binder Jetting are useful for giving a realistic prototype but generally not functional for doing something mechanical.

Answer:

doing something mechanical