Please visit http://OpenSCAD.DIY3DTech.com for more information on this and many other projects! As in this episode we will be creating a copy of a nifty micro-vise (see vise here: https://amzn.to/2E4gQsU) from Amazon we picked up and decided to design our own 3D printable version of this in Open-SCAD!
To build this you will need some extra parts (hardware) and I have made a small list below. In addition you will also need a 1/4-20 bolt about 3 inches long and a matching nut to your tastes. I printed the jaws in PLA (see more here: https://amzn.to/2SXcIzU ) and the bumper in TPU (see more here: https://amzn.to/2RQsqQ3 ).
—Parts List:
Rod Stock.: https://amzn.to/2WQoPRL
Spring Kit..: https://amzn.to/2TK1lvp (VERY handy!)
M3 Bolt Kit: https://amzn.to/2TK1oY7 (for bumpers)
–Other Handy Vises:
Desk Vise…: https://amzn.to/2I8Qji3
Multi Angle.: https://amzn.to/2SDaMjf
6 Inch Jaws: https://amzn.to/2I5alu0
4 Inch Jaws: https://amzn.to/2I5aXzO
Mini Vise…..: https://amzn.to/2WVxl1W
Suction Vise: https://amzn.to/2BwQjmb
Thingiverse STL FIles: https://www.thingiverse.com/thing:3438510
Also if you looking for a crazy affordable 5 Axis (yes you read that correctly) CNC, then check these out: http://diy3dtech.com/affordable-5-axis-3040-cnc/
One of the handiest tools as a maker I have is the CO2 laser as they are VERY affordable, check these out for yourself: http://diy3dtech.com/purchase-laser/
Other Great Printer Deals!
Best Mixing Printer: http://diy3dtech.com/Geeetech_A10M_Mix-color_3D_Printer
Amazing BIG Kit printer: http://diy3dtech.com/gearbest-tronxy-x5s-high-precision-large-scale-3d-printer/
Original Gearbest version: http://diy3dtech.com/gearbest-cr-10-super-large-3d-printer/
Best Deals on a Creality: http://diy3dtech.com/creality-cr-10-best-deals/
Have you been bitten: http://diy3dtech.com/gearbest-tevo-black-widow-3d-printer-kit/
Have you seen this: http://diy3dtech.com/gearbest-tronxy-x1-desktop-3d-printer/
Best Kit Deal and Community: http://diy3dtech.com/tevo-tarantula/
Major Favor: if you make one of these please post the Make on Thingiverse and share it with the community 🙂 .
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/* Open SCAD Name.: vise_project_v1.scad * Copyright (c)..: 2019 www.DIY3DTech.com * * Creation Date..: 01/08/2018 * Description....: 3D printable vice project * * Rev 1: Develop Model * Rev 2: * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. */ /*------------------Customizer View-------------------*/ // preview[view:north, tilt:top] /*---------------------Parameters---------------------*/ top_width = 50; //width of top in mm top_height = 18; //height of top in mm base_height = 5; //height of base in mm base_width = 33; //width of base in mm vise_width = 18; //width of vice in mm nut_thick = 6; //thickness of nut in mm bumper_tall = 12; //bumper tall in mm bumper_cap_tall = 3.2; //height bumper bolt cap in mm //----split vars dia below and dims above---- rod_dia = 4.0; //rod diameter in mm bolt_dia = 6.30; //bolt dia in mm spring_dia = 9.7; //spring dia in mm mount_dia = 3.2; //top mount bolt dia in mm nut_dia = 12.6; //nut dia in mm bumper_dia = 12; //bumper dia in mm inset_dia = 10; //inset dia of bumper in mm bumper_bolt_dia = 2.85; //dia of bumper bolt bumper_cap_dia = 5.6; //dia bumper bolt cap in mm expan_offset = 0.2; //dia offset for plastic expan //------------logic to split parts------------ bumpers = 1; //1 is Yes and 0 is No jaws = 1; //1 is Yes and 0 is No /*-----------------------Execute----------------------*/ main_module(); /*-----------------------Modules----------------------*/ module main_module(){ //create module difference() { union() {//start union //set up toggle for jaws if (jaws==1) {//start jaw logic //build left vise module (back) translate ([0,-vise_width*1.5,0]) rotate ([0,0,0]) color( "Magenta", 1.0 )left_module(); //build right vise module (front) translate ([0,vise_width*1.5,0]) rotate ([0,0,0]) color( "Gold", 1.0 )right_module(); }//end if logic for jaws //set up toggle for bumpers if (bumpers==1) {//start bumper logic //build bumper translate ([-((top_width/2)+(bumper_dia/2)),vise_width*1.5,(((top_height+base_height)/2)+(bumper_tall/2))]) rotate ([0,0,0]) bumper_module(); translate ([((top_width/2)-(bumper_dia/2))+7,vise_width*1.5,(((top_height+base_height)/2)+(bumper_tall/2))]) rotate ([0,0,0]) bumper_module(); translate ([-((top_width/2)+(bumper_dia/2)),-vise_width*1.5,(((top_height+base_height)/2)+(bumper_tall/2))]) rotate ([0,0,0]) bumper_module(); translate ([((top_width/2)-(bumper_dia/2))+7,-vise_width*1.5,(((top_height+base_height)/2)+(bumper_tall/2))]) rotate ([0,0,0]) bumper_module(); }//end if logic for bumpers } //end union //start subtraction of difference //set up toggle for jaws if (jaws==1) {//start jaw logic //create rod holes for face block #translate ([-(top_width-base_width)+rod_dia,vise_width,-(top_height/2)+rod_dia]) rotate ([90,0,0]) cylinder(vise_width*2,rod_dia /2,rod_dia /2,$fn=60,true); #translate ([(top_width-base_width)-rod_dia,vise_width,-(top_height/2)+rod_dia]) rotate ([90,0,0]) cylinder(vise_width*2,rod_dia/2,rod_dia/2,$fn=60,true); //create rod holes for receiver translate ([-(top_width-base_width)+rod_dia,-vise_width*1.5,-(top_height/2)+rod_dia]) rotate ([90,0,0]) cylinder(vise_width*2,(rod_dia+expan_offset)/2,(rod_dia+expan_offset)/2,$fn=60,true); translate ([(top_width-base_width)-rod_dia,-vise_width*1.5,-(top_height/2)+rod_dia]) rotate ([90,0,0]) cylinder(vise_width*2,(rod_dia+expan_offset)/2,(rod_dia+expan_offset)/2,$fn=60,true); //create create bolt hole translate ([0,0,-(top_height/2)+bolt_dia]) rotate ([90,0,0]) cylinder(vise_width*5,bolt_dia/2,bolt_dia/2,$fn=60,true); //create create spring hole #translate ([0,0,-(top_height/2)+bolt_dia]) rotate ([90,0,0]) cylinder(vise_width*2.5,spring_dia/2,spring_dia/2,$fn=60,true); }//end jaw logic } //end difference }//end module module left_module(){ //create module difference() { union() {//start union //build top body translate ([0,0,0]) rotate ([0,0,0]) rounded (top_width,vise_width ,top_height,1,true); //build bottom body translate ([0,0,-((top_height/2)+(base_height/2)-0.5)]) rotate ([0,0,0]) rounded (base_width,vise_width ,base_height+1,1,true); } //end union //start subtraction of difference //start mounting holes (chamfer will affect position) translate ([-((top_width/2)+(mount_dia/2))+7,0,(((top_height+base_height)/2)-(top_height/2))+2]) rotate ([0,0,0]) cylinder((top_height/2)+1,mount_dia/2,mount_dia/2,$fn=60,true); translate ([-((top_width/2)+(mount_dia/2))+18,0,(((top_height+base_height)/2)-(top_height/2))+2]) rotate ([0,0,0]) cylinder((top_height/2)+1,mount_dia/2,mount_dia/2,$fn=60,true); translate ([((top_width/2)+(mount_dia/2))-7,0,(((top_height+base_height)/2)-(top_height/2))+2]) rotate ([0,0,0]) cylinder((top_height/2)+1,mount_dia/2,mount_dia/2,$fn=60,true); translate ([((top_width/2)+(mount_dia/2))-18,0,(((top_height+base_height)/2)-(top_height/2))+2]) rotate ([0,0,0]) cylinder((top_height/2)+1,mount_dia/2,mount_dia/2,$fn=60,true); //end mounting holes //create nut opening translate ([0,0,-(top_height/2)+bolt_dia]) rotate ([90,0,0]) cylinder(nut_thick,nut_dia/2,nut_dia/2,$fn=6,true); translate ([0,0,-(base_height+1+(nut_dia/2))+1]) rotate ([0,0,0]) cube([nut_dia,nut_thick,base_height+(nut_dia)],true); } //end difference }//end module module right_module(){ //create module difference() { union() {//start union //build top body translate ([0,0,0]) rotate ([0,0,0]) rounded (top_width,vise_width ,top_height,1,true); //build bottom body translate ([0,0,-((top_height/2)+(base_height/2)-0.5)]) rotate ([0,0,0]) rounded (base_width,vise_width ,base_height+1,1,true); } //end union //start subtraction of difference //start mounting holes (chamfer will affect position) translate ([-((top_width/2)+(mount_dia/2))+7,0,(((top_height+base_height)/2)-(top_height/2))+2]) rotate ([0,0,0]) cylinder((top_height/2)+1,mount_dia/2,mount_dia/2,$fn=60,true); translate ([-((top_width/2)+(mount_dia/2))+18,0,(((top_height+base_height)/2)-(top_height/2))+2]) rotate ([0,0,0]) cylinder((top_height/2)+1,mount_dia/2,mount_dia/2,$fn=60,true); translate ([((top_width/2)+(mount_dia/2))-7,0,(((top_height+base_height)/2)-(top_height/2))+2]) rotate ([0,0,0]) cylinder((top_height/2)+1,mount_dia/2,mount_dia/2,$fn=60,true); translate ([((top_width/2)+(mount_dia/2))-18,0,(((top_height+base_height)/2)-(top_height/2))+2]) rotate ([0,0,0]) cylinder((top_height/2)+1,mount_dia/2,mount_dia/2,$fn=60,true); //end mounting holes } //end difference }//end module module bumper_module(){ //create module difference() { union() {//start union //create basic bumper translate ([0,0,0]) rotate ([0,0,0]) cylinder(bumper_tall,bumper_dia/2,bumper_dia/2,$fn=60,true); } //end union //start subtraction of difference //create torus to dif out center of bumper rotate_extrude(convexity = 10, $fn = 100) translate([inset_dia, 0, 0]) circle(r = inset_dia/2, $fn = 60); //create bolt pass though for bumper translate ([0,0,0]) rotate ([0,0,0]) cylinder(bumper_tall*2,bumper_bolt_dia/2,bumper_bolt_dia/2,$fn=60,true); //create bolt cap recess translate ([0,0,((bumper_tall/2)-(bumper_cap_tall/2))+1]) rotate ([0,0,0]) cylinder(bumper_cap_tall+1,bumper_cap_dia/2,bumper_cap_dia/2,$fn=60,true); } //end difference }//end module module rounded(x,y,z,c,center) { /* variables: * x = X Axis length * y = Y Axis Length * z = Z Axis Height * c = Chamfer amount this will add (in mm) to each axis */ //create overlapping cubes //cube one overlapped in the X axis with chamfer "c" being doubled cube ([x+(c*2),y,z],true); //cube two overlapped in the Y axis with chamfer "c" being doubled cube ([x,y+(c*2),z],true); //end overlapping cubes //create corner circles translate ([-(x/2),-(y/2),0]) { cylinder( z,c,c,$fn=60,true); } translate ([-(x/2),(y/2),0]) { cylinder( z,c,c,$fn=60,true); } translate ([(x/2),-(y/2),0]) { cylinder( z,c,c,$fn=60,true); } translate ([(x/2),(y/2),0]) { cylinder( z,c,c,$fn=60,true); } //end corner circle } //end module |
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