The length of the front face of the ruler to the surface of the locking block is the distance which is measured. The depth caliper is intended for measuring depths, workpieces with steps and unreachable places.
TUBULATR KEY PIN DEPTH GAUGE PRINTABLE MANUAL
In addition, close-up shots of the two-color 3D printed depth calipers: Operating manual for the depth caliper OctoPrint Slicer color change – here are instructions for using the required scripts in OctoPrint.
TUBULATR KEY PIN DEPTH GAUGE PRINTABLE HOW TO
Simplify 3D Slicer color change – here is a short guide in connection with the Ender 3 v2 how to insert the required script. PrusaSlicer color change – super easy, here it is possible directly in the slicer with just a few clicks.Ĭura Slicer color change – here is a step-by-step guide on how to activate the filament change script. Following are the links to the instructions for this in the most popular slicer programs: If the 3D printed depth gauge is going to be printed in two colors, then the filament change must be set in the slicer. Two-color printing with common 3D print slicers Then print the ruler again, with the smaller dimensions. If that doesn’t help either, scale the width of the ruler a little smaller in the slicer, but never scale the length of the ruler. If it sticks and won’t move, check to see if the ruler needs deburring. If the ruler is difficult to push at the beginning, then simply push it out and in a few times and it will fit in well. If you want to print the parts in two colors, then at the end of this guide there is a link list to instructions which explain how two-color 3D printing works with the common slicers. The project is very simple, print out the required parts and insert the ruler in the block. Instructions: Build the 3D printed depth caliper Assemble the DIY 3D printed depth caliper The total 3D printing time for the two 3D printed components is approx. The PETG filament used (29.90 EUR/kg) is 0.70 EUR and the PLA filament (24.99 EUR/kg) is only 0.60 EUR filament material costs per 3D printing depth caliper. 23 g of filament is printed for the 3D printed parts of the 3D printed depth gauge. Infill speed: 80 mm/s (First layer: 20 mm/s)ģD printer used: Prusa i3 MK3s* with a standard 0.4 mm nozzleįor the dark grey/gold version, 3D Jake ecoPLA Matt Dark Grey* and 3D Jake ecoPLA Matt Orange* were used.įor the black/white version, 3D Jake ecoPLA Matt Black* and 3D Jake ecoPLA Matt White* were used.įor the orange/black version, Prusament PETG Prusa Orange* and Prusament PETG Jet Black* filament were used.External and short perimeter speed: 25 mm/s (First layer: 20 mm/s).Perimeter speed: 40 mm/s (First layer: 20 mm/s).Bed temperature: 60☌ (First layer: 60☌).Nozzle temperature: 215☌ (First layer: 215☌).The following settings have proven themselves for the PLA filament used: Infill speed: 80 mm/s (First layer: 10 mm/s).External and short perimeter speed: 25 mm/s (First layer: 10 mm/s).Perimeter speed: 45 mm/s (First layer: 10 mm/s).Bed temperature: 90☌ (First layer: 85☌).Nozzle temperature: 250☌ (First layer: 240☌).The following settings have proven useful for the PETG filament used: Layer height 0.2 mm and 50% infill (rectangular).3D print settingsįor all components of the 3D printing depth caliper: So any 3D printer with a build space (X, Y, Z) of at least 160 x 160 x 20 mm is suitable for this project. By turning the ruler 45° diagonally, it only needs a print base of 160 x 160 mm. The largest 3D printed part of this project (ruler) requires a base (X,Y) of 200 x 16 mm, the highest part (locking block) is 17 mm high (Z). The STL-files for all the required components are included.Īttention, the 3D printed models of the depth gauge are included in the 3D print files of the DIY 3D printer enclosure. These are digital products, you get all the files you need to print the parts yourself in a ZIP-folder. The files for the required 3D printed parts are available here in the shop.
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