Hinge test 2

thingiverse

A user customized a project on thingiverse.com with ID: 61978, utilizing the Customizer app. Using their chosen specifications, they designed an object featuring: Hole diameters of precisely 8 millimeters. A carefully crafted dimension for CL totaling 42 units. A deliberate placement of hinges that reach up to a specific height of 152 millimeters on build plates they specifically selected (identifier: 1). Inside diameter set at exactly 3 millimeters, alongside the exact determination of wing widths reaching an outside edge length of 6 millimeters and diameters equally maintained at a precise dimension. The tolerance in measurement was accounted for within this creation, amounting to about .3 units of deviation. Additionally, users considered support materials' dimensions as well: each with support thickness established at just 0.4mm; overall the wings of these features would hold precisely twelve sections or more. Also the hinge elements comprised of several units designed not solely in isolation, yet in harmony by forming specific sets within their specified bounds thus combining twelve total. Their customized piece had two numerically aligned holes per set piece. This user chose an inner and outer wing support structure, where overall wings' maximum length equals a numerical height measure which could fit into twenty-six discrete sections with wings made thinner (measuring just 2mm in cross-section area); therefore providing adequate base points upon solid build surfaces designed in the process as the number seven material components per each structural support. They desired precise internal space, so only three dimensions within inner support material structure. These customized projects allowed users more refined management control over the entire manufacturing sequence. The custom user had carefully opted for the removal of 3 units' material amount. A careful user picked that one precise numerical setting – thus making these highly complex project specifics fully visible when examined or referenced through object name or identification within design file formats they decided utilize in each specific customization build out. Each time users accessed their respective designs with particular values in customizing, modifications made would immediately show as having no real value for 2 discrete settings out of ten specified options on every customized object being made; a careful observer of each customizable build project might identify only two (2) such configurations available and the seven total setting amounts of structural design element supports could actually amount to either fewer overall, as user determined all in the end just utilized two. Each particular modification is shown by these precise numbers used in customizing as users were only capable in specifying twelve hinge component values from this single customizable object project creation as seen directly when running Customizer (running at www.thingiverse.com/apps/customizer/run). This process took no effect or change whatsoever from initial designs to final manufactured end-products due specifically limited capability as a consequence for making any changes to settings utilized initially which comprised six key parts being modified (hinge number – 1), plus three custom-made dimensions per customizable piece, the internal material width dimension set equal, overall tolerance units for design structure kept in mind by one precise figure maintained; however upon examination user will see wing piece measurements at precisely four. This highly specialized system allows more detailed modification for a maximum output range for manufacturing project and shows it’s the last two modified component of build part used initially to achieve current final custom object build creation.