A 3D model of tool holders for your pegboard or wall, made to the hole pitch and your tools' sizes

Example result

Example for the Standard packageShow in full

A phone stand with a cable slot for a desk at home

The model from two sides

Seen from above

Size: 80 × 85 × 87 mm, one part, about 122 cm³ of plastic. Files: a ZIP archive with model.stl and model.3mf for printing, model.obj, model.glb, outline.dxf, model.js with the sizes as named numbers (width, angle, channel for the phone) and a README. The README says to print it lying on its side with no supports, at 0.2 mm layers and 15–20% infill, in PLA or PETG.

Client: someone who wanted a stand on their desk for a phone in a thick case. Task: a stand for a phone 12 mm thick with its case, leaning back at 60°, with a lip so it does not slide and a slot for the charging cable; 80 mm wide, printed in one piece.

The client and all details are made up.

About this service

A 3D model of holders that keep your tools on a pegboard or a workshop wall: a rack for screwdrivers, a holder for pliers or a hammer, a strip for bits, a small bin for screws. The pegs on the back are made to your board's hole size, pitch and thickness, and each slot to the tool you measure; for a wall, there are holes for your screws instead. You give the board's sizes and, for each tool, the sizes where it rests: the shaft of a screwdriver, the joint of pliers. You get a ZIP archive with STL and 3MF files, OBJ, GLB, a DXF outline, the code with the sizes at the top, a README with printing advice and pictures from four sides. Strength is not guaranteed: plastic pegs are for hand tools, not heavy power tools. The shapes are geometric, without lettering. We do not copy a brand's own parts, and we do not print or ship anything.

What is included

• What you getA ZIP archive with model.stl and model.3mf to print, model.obj for 3D editors, model.glb for viewing on the web and in augmented reality, outline.dxf with the outline seen from above, model.js with the hole pitch and tool sizes as named numbers at the top, a README with printing advice and 4 PNG pictures from four sides. Several holders lie side by side, ready to print separately.
• Pegs for your boardMade to the hole size, pitch and board thickness you measure
• Slots for your toolsEach sized to the shaft, handle or joint you measured
• Or on the wallHoles for your screw size instead of pegs
• Bins that hook onParts that fit together with a 0.2-0.4 mm gap, from Standard
• Printing adviceWhich side down, supports, layer height, infill and material, in the README

How it works

1. 1
   Board and toolsYou send the board's hole sizes and pitch and the sizes of each tool
2. 2
   3D modelWe build the 3D model and check that it is a closed solid of the sizes you asked for
3. 3
   Test printYou print one holder first and try the pegs on your board
4. 4
   ChangesYou send what to change, with measurements, within your package

What we need from you

Your pegboard: the hole diameter or slot size, the distance between hole centres across and down, and the board's thickness; a photo of the board with a ruler helps. For a wall, the screw size instead. Each tool that goes on it, with the sizes that matter in mm: the shaft diameter of screwdrivers, the width of pliers at the joint, the size of a handle or a bit box. How many tools in each holder and the space they may take on the board. The material, if you know it.

We will ask you:

• Pegboard or wall?
• Which tools?
• Tool sizes in mm
• Anything else that matters
• Your printer and material

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