Clamp anything! Fractal vise

TeachingTech
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Clamp anything! Fractal vise

TeachingTech
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Print Profile(1)

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P1S
P1P
X1
X1 Carbon
X1E
A1

fine layers for accurate alignment
fine layers for accurate alignment
15.6 h
4 plates
4.8(9)

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Description

This is the work of https://www.printables.com/@TeachingTech

 

Description:

 

A 3D printed fractal vise inspired by the original seen on a Hand Tool Rescue video: https://www.youtube.com/watch?v=QBeOgGt_oWU

I wanted to make my own version that was:

  • Functional
  • Fully constrained
  • Printed without support material
  • Used minimal filament
  • Open source

It works! https://youtu.be/99Qh1oR2A6A

See all the details and how to assemble in this video: https://youtu.be/eCfw9fd0mHg

Source CAD: https://cad.onshape.com/documents/5509608f682224235855a810/w/6c2a90d7701f2b3540e103d9/e/a6666422824314d6fd1547db

John Toebes has created an assembly of the vise with proper constraints and that means you can virtually animate it: https://cad.onshape.com/documents/a04375fc5dd6de20b79fc182/w/2a6a78f95915396eb3ffce36/e/630372eae2ff8acb648f5026

 

Notes:

 

All parts corrected orientated for printing without support.
0.12 mm layer height or similar layer for any parts that have a dovetail joint.

0.2 mm layer height for the remaining parts.

TPU for the feet, PLA or whatever you like for the rest.

It is vital that the bottom of the parts are flat and without any elephant's foot.

I recommend printing test parts such as B2 and C1 to make sure of fitment for printing the rest.

Printing BOM:

D half: 32 in total (2 per finger, 16 sets)

C1 and C2: 8 of each

B1 and B2: 4 of each

A1 and A2: 2 of each

holder: 2

collar: 2

end body and cap: 2 of each

middle body and cap: 1 of each

foot: 2

handle and handle clamp: 1 of each

spacerA and spacer B: 2 of each

Post-Printing

Required hardware

8mm lead screw and nut x 1 + 8mm round rod x 2. Leadscrew should be at least 50 mm longer than rods. I used 315 and 365 mm.

LM8UU bearings x 4 (8 mm ID, 15 mm OD, 24 mm length)

608 bearings x 4 (8 mm ID, 22 mm OD, 7 mm thick)

D halves: 1 M3 nut + 1 M3x12 mm bolt (each, 16 sets in total)

C1 to C2: 1 M3 nut + 1 M3 x 10 mm bolt, two short lengths of 1.75 mm filament (each, 8 sets in total)

B1 to B2: 1 M3 nut + 1 M3 x 20 mm bolt, two short lengths of 1.75 mm filament (each, 4 sets in total)

D1 to D2: 2 M3 nuts + 2 M3 x 35 mm bolts (each, 2 sets in total)

holder to spacerA/B: 8 M3 nuts + 8 M3 x 20 mm bolts (total)

spacerA/B to end/middle body: 8 M3 nuts + 8 M3 x 20 mm bolts (total)

end body to end cap: 32 M3 nuts + 32 M3 x 20 mm bolts (total)

Middle body to middle cap: 16 M3 nuts + 16 M3 x 20 mm bolts (total)

Collars: 2 M3 nuts + 2 M3 x 14 mm bolts (12mm works but is is very tight and 16mm works will protrude) (total)

Handle clamp to leadscrew: 2 M3 nuts + 2 M3 x 14 mm bolts (12mm works but is is very tight and 16mm works will protrude)

Handle clamp to handle: 1 M3 lock nut + 1 M3 x 20 mm bolt (longer is ok but will protrude)

 

 

 

Category: Hand Tools

Comment & Rating (12)

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Print Profile
fine layers for accurate alignment
This was one of my first prints on my brand new P1S, I saw it and fell in love with the idea behind it so I went and printed it and it turned out beautiful. Already has been very useful holding parts of a T-Rex skeleton model or even the whole model for some glueing activity :-) Thank you so much for this!
1
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This is a really good vise, I printed the "grippers" in TPU as not to damage any plastics models being held.
0
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Anyone looking to print this be aware the print profile from waywood.ben is not a fine layer height profile. Its all 0.24mm Draft Quality layer height. I changed mine to 0.12 High Quality and its a very cool print.
The designer has replied
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really weird, I printed it with fine layers not sure how the profile got messed up. I'll fix it tonight. obviously all credit to teaching tech but I'm glad you like it
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Print Profile
fine layers for accurate alignment
great idea, way too expensive
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Print Profile
fine layers for accurate alignment
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Print Profile
fine layers for accurate alignment
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Print Profile
fine layers for accurate alignment
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Print Profile
fine layers for accurate alignment
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Print Profile
fine layers for accurate alignment
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Print Profile
fine layers for accurate alignment
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