Pliers Multitool
di Krazorus
File stampabili (23)
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stlHexBit.stl
13 Ko · 1 603 download
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stlBitHolder.stl
33 Ko · 1 605 download
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stlHalfRivet.stl
34 Ko · 1 598 download
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stlClip.stl
30 Ko · 1 603 download
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stlFile.stl
18 Ko · 1 605 download
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stlPliersBot.stl
100 Ko · 1 616 download
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stlKnife.stl
22 Ko · 1 610 download
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stlOpener.stl
44 Ko · 1 600 download
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stlScissorMain.stl
31 Ko · 1 600 download
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stlFlathead.stl
25 Ko · 1 600 download
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stlThinDriver.stl
26 Ko · 1 603 download
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stlLatch.stl
40 Ko · 1 601 download
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stlSaw.stl
29 Ko · 1 600 download
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stlSpacer.stl
27 Ko · 1 602 download
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stlPliersTop.stl
91 Ko · 1 614 download
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stlPlate1.stl
77 Ko · 1 613 download
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stlFrameNet.stl
130 Ko · 1 621 download
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stlPlate2.stl
93 Ko · 1 619 download
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stlScissorSpring.stl
30 Ko · 1 603 download
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stlHalfPin.stl
34 Ko · 1 603 download
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stlScissorBlade.stl
20 Ko · 1 607 download
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stlSKnife.stl
91 Ko · 1 599 download
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stlClearanceTest.stl
34 Ko · 1 328 download
Descrizione
Fully 3D printable pliers-style multitool styled after the Leatherman Charge Plus (https://www.leatherman.com/charge-552.html)
No screws or springs required, some filament is used for hinges. Assemble the Pliers LAST for an easier time.
All the tools are printed with the hole axes vertical, on the flattest side. Only the Pliers print with supports and infill. All other parts print without supports and with only top and bottom layers. The Latches print on their flattest side. Half Pins and Half Rivets print on the flat faces. Everything prints at 0.2mm layer height. The Clearance Test lets you judge if your printer can handle the clearances. Elephant's foot is a big problem for this design.
The Frame is a fold-up part, refer to the image for help on folding it properly. It may take a few attempts, be prepared to print extra. I recommend folding from the middle outward for the easiest experience. Have a pair of pliers handy to hold onto the thin flanges when bending. Do not print the frames in advance, as the PLA becomes brittle if left out too long after printing. Fold them soon after printing, right before assembly.
When assembling the tools, use the Clearance Test part to hold two Half Pins together to form the full Pin, then press the assembly onto the Pin as you add parts. The Pin is intended to be a tight fit to the Frame, so be careful not to damage it when pressing.
The scissors are a three piece part, refer to the image for proper order. A small length of filament holds the blade to the main body and acts as the pivot. Cut a 4 to 4.5mm length of filament and pass it through the parts. Use a pair of pliers to press both ends of the filament flush. This will effectively rivet the scissors together. Be careful not to press too hard, or the scissors will not move smoothly.
The Bit Holder and Bit are simply pressed together, make sure the hook on the Bit catches in the gap of the Bit Holder. Be sure to print the Bit on its side with the channel vertical for maximum strength. Print the Bit Holder with the square hole side up.
Refer to the image for the order of tools, and once all parts are pinned through, use the clips to hold it all together.
Once all tools are assembled on each half, add the Latches by passing a 1cm piece of filament through the Frame hole, Latch, and opposite Frame hole. Press down on the Latch slightly to align the holes as you pass filament through.
The Pliers are a two piece part held together by a full Rivet made with two Half Rivets. A piece of filament passes through the Bottom Pliers and Rivet, and the top lip of the Rivet holds the Top Pliers in place. Snip the ends of the filament pin flush with side cutters. This should be the final step of assembly.