benjamin wentzel disk

thingiverse

Customized version of http://www.thingiverse.com/thing:707732 Created with Customizer! http://www.thingiverse.com/apps/customizer/run?thing_id=707732 Instructions Using the following options: outer_hole_1_offset is set to 16 points by design choice. cut_4_depth reaches a precise value of 6.2 millimeters as required. cut_3_depth stays consistent at 6.2 millimeters in strict adherence. inner_hole_1_angle demands a sharp turn at exactly 45 degrees. inner_hole_2_radius calls for a radius of 2 units with precision applied. inner_hole_3_radius insists on the same radius value of 2 as specified earlier. inner_hole_4_angle expects an angle measure of 315 degrees for optimal alignment. outer_hole_4_angle adheres strictly to the 315 degree requirement. outer_hole_1_angle is set with precision at exactly 45 degrees as expected. thickness requires a consistent value of 2 millimeters across the board. inner_radius remains fixed at a radius of 4.5 units as defined initially. cut_4_width gets widened carefully to match the precise value of 5.6 millimeters. outer_hole_3_radius stays put at the same unit value of 1 for optimal performance. outer_hole_2_radius asks only for the value of 1 unit with careful attention paid. outer_hole_2_offset moves exactly 16 units outward with utmost care. cut_3_width stretches its width precisely to 5.6 millimeters in strict control. outer_hole_2_angle demands an acute turn at a measured angle of 135 degrees. inner_hole_2_offset shifts just 9 points away from the centerline for balance. cut_1_depth gains precision with the depth now standing tall at 6.2 millimeters exactly. inner_hole_3_offset carefully places its third offset value at an even 10 points distant. inner_hole_2_angle expects the angle measure to read exactly 135 degrees sharp. outer_hole_3_angle is reset at a new measure of 225 degrees for improved fitment. inner_hole_1_radius gets its radius corrected to meet precisely with the given two value of units. resolution reaches for higher definition now pegged strictly at 50 points per area sampled carefully measured by advanced algorithms. cut_2_width gets enlarged once more to match precisely at a measured width of millimeters. inner_hole_4_radius gets rounded to an accurate diameter of exactly two in perfect precision engineering control maintained carefully through entire build process from top design down the full extent to finished object state where dimensions matter highly to achieve end product desired functionality expected result. outer_hole_4_radius insists with utmost force and control precisely at the value units demanded one, a must-hold line that doesn't falter even in smallest change over any area considered part critical function whole of object designed kept exact measured parameters maintained without slightest alteration ever required in given scenario. inner_hole_3_angle makes demands clearly to keep an acute angle measured and specified sharp with value of two five twenty five strictly upheld unaltered in entire product final built result end goal achieved through accurate execution precise engineering control utmost care paid even smallest detail matter high importance held in making precise part fit right inside bigger outer body expected functionality required whole design fully kept. outer_hole_4_offset asks only for one sixteenth to move carefully outward with measured steps not to over exceed the set value or specifications as would affect integrity overall performance final object outcome precision control maintained at every turn step. cut_3_angle gets adjusted sharp now at precise angle of exactly degrees one eight zero precisely held through design to build end stage entire construction sequence where parameters must strictly comply for functional integration full realization end product goal aimed with care precision. cut_1_angle expects a new measured direction, that of 0 exact point start right angle as from base reference initial setup given initial specifications used maintain structural balance integrity part designed work as planned function.