My Customized iPhone 4,5,6 Stencil Case

thingiverse

Using the following options, instructions are as follows: - type_of_case is set to 2 - case_thickness has been set at 1.8 mm thick - 4th option of thickness is at .6 - height tolerance for the 5th layer has been set to .2 - perimeter tolerance for the 4th layer has been adjusted to .5 mm - length of the 5th component is precisely measured at 123.8 mm - additional precision tolerance on perimeter of 5th item has also been calculated to be at .5 - height dimension for 5th structure measures out to be 7.6 mm - right angle radius for 4 corners of primary device has been set exactly to 8 mm units. Input options, if any, will be applied subsequently based on further requirements. Setting thickness of secondary patterns to the measured level at precisely 4 units mm in value, the system will allow additional settings such as - - A setting of height tolerance for secondary structures to precisely .2 - The adjusted values for all four perimeters have also been updated and finalized. Secondary devices' primary perimeter width will be precisely maintained by software at a pre-configured set point at precisely 67 mm wide Software defined options further clarify: 4 Swidth units precisely match and tally with existing dimension requirements to keep value steady. The angle settings that can apply from an available choices and based upon selected settings have shown - Pattern overlap to stand effectively, precisely placed with measured angle at precise measurement, set in degree, precisely maintained. Device image is pre-programmed, then, it may rotate and set the rotation on x-axis off by zero at same spot in relation. System has calculated dimensions required for further application with specific software package available. Primary colors assigned will have been correctly selected for color schemes to use at this moment prior. Device patterns assigned with selected rotation can vary depending how angle measures in precise measured degree. To get mash up applied using an additional setting which includes hooks to ensure the best performance, system suggests checking - "no". System will keep current value to avoid confusion in calculation when set - to '1'. Setting device off from both left side of main assembly will place offY measurement at 0mm and it is now calculated to 1. Additional calculations required for this item are based on mashup type, which we can use software options or values provided. To be calculated by software with system data and available resources is done via an assigned mashup type value with current measured values that make perfect setting. Setting input from previous requirements for a mash up is at present as per requirement stated above. Case design set and finalized precisely has specific length 115.25, to the exact precision set forth and exactly same. To maintain symmetry, a precise width, of the device has been adjusted precisely at value with precision that allows the calculation - it makes secondary settings perfectly possible at specified precision required based upon previously available and now calculated values precisely. With mashup applied with no input given or present in data we need to use our setting to finalize any needed application prior to assembly using calculated dimension for device component. Setting thickness for next set of values was set up precisely at value as assigned by calculations on device, measured exactly so it has a total calculated set that provides us options of final dimensions. Set in the system, corner R value has precise dimension as calculated 8 and swidth also have corresponding matching dimensions in data applied based on the device requirements now known by exact value measurement. As the last but not least software will allow device length be set precisely with additional tolerance to make setting perfectly precise for any use. Device is a pre set design created using device data prior. Setting has made possible an assigned device image rotation that remains perfectly zero so as required no off value. Software calculates all options so mashup setting was previously mentioned as an additional feature applied, software package uses all available settings to finalize with total calculation. Taper setting for case, if any will be provided based on prior data input which can be changed to adjust accordingly so device gets finalized according desired dimensions as system allows us. This is calculated by the software for exact dimensions we are trying to get. Dimensions provided prior, have calculated value now at our disposal, system calculates options of dimension to help device match settings. Swidth units show precision maintained value, with tolerance also exactly known. As you read through all previous and available setting provided for a particular mashup - we can now look up in detail all given information. Device dimensions are as per calculations using pre-programmed device options at our disposal. Based on prior calculated values, system will help set up to allow settings so additional requirements do not hinder functionality but rather give full usage of total mashup features assigned by calculation of provided settings. Device length is the next value in data available that software requires prior data used now known so dimensions match requirement as a mash-up feature. Secondary devices can now rotate according precise degree with further data set so rotation maintains all necessary options and precision desired based on user requirements known from previous data. Case type remains to be calculated so settings help determine mashup final usage value so it will apply precisely to maintain proper usage for all system features. For corner R setting we assign exact radius, swidth dimension was provided by calculation based prior option now finalized for secondary device. Case thickness assigned earlier also has a precise measured setting that must meet desired values. To achieve settings of any type which include case thickness so device dimensions align as set up in this particular example. Primary case thickness has calculated to exactly 1.8. Secondary structures length measures out exactly with further application data set forth. The height for 5th structure was given with a precisely set tolerance based prior data available, software applies additional precision requirements that are assigned for correct functioning. With the exact perimeter for case now calculated as previously known we get precise secondary structure options at device usage with this particular option - in setting provided. Off value Y assigned at present remains steady on 0 mm, while length of case was pre programmed and then assigned precisely so data can help finalize settings to keep in mind any requirements necessary that may come up later in future adjustments. Setting corner radius, secondary devices length dimension has calculated value precisely known with mashup applied prior with further details now needed to determine if additional adjustments required. Device taper option which may change case size was assigned previously in software set options by using pre programmed setting with precise measurements of data available so dimensions match settings applied in software that can make required changes. Mash up values applied and secondary features are used at exactly this setting. Further setting that makes use for mashup was done to keep things as they were initially calculated precisely known from start. Now lets move further along the case design so it gets more detail of setting, with secondary value as input option to check usage later which does not provide any additional requirements beyond device specifications calculated already available from start.