Da Vinci Table

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Da Vinci Table

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Print Profile(2)

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X1 Carbon
P1S
P1P
X1
X1E
A1

Starter Pack (0.2mm layer, 2 walls, 15% infill)
Starter Pack (0.2mm layer, 2 walls, 15% infill)
Designer
13.8 h
2 plates
5.0(2)

Starter Pack - 0.2mm layer, 2 walls, 15% infill
Starter Pack - 0.2mm layer, 2 walls, 15% infill
11.6 h
2 plates
5.0(2)

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Released

Description

A 3D-printable and modular table based on the Da Vinci Bridge - a self-supporting bridge design by Leonardo da Vinci - that I call the Da Vinci Table. 🌐 What is a Da Vinci Bridge?

⚠️ This model requires wooden dowels and a wooden tabletop, more info below.

Table of Contents:

📋 Assembly Guide
🔩 Components
🧩 Modularity

📋 Assembly Guide

The following assembly guide will walk you through assembling a Da Vinci Table identical to the one below with a wooden tabletop.

 

Step 1

3D-print the required components. For this assembly, we'll be using a wooden tabletop and wooden dowels.

Please see the Components section below for the parts required for this build.

 

Step 2

Connect 6 of the Support components together.

(If they don't hold together with friction, I recommend using superglue in the slots)

 

Step 3

Repeat Step 1. You should now have 2 identical Leg assemblies as shown in the diagram.

 

Step 4

Connect the 4 Foot components to the ends of both Leg assemblies.

Step 5

Assemble the 6 23cm Dowels, 4 3cm Dowels, 4 7cm Dowels, 4 3cm Dowels, 12 Dowel Connectors, and 12 Tabletop Connectors as shown in the diagram.

  • 90° Tabletop Connectors correspond to the 3cm Dowels.
  • 75° Tabletop Connectors correspond to the 7cm Dowels.
  • 60° Tabletop Connectors correspond to the 17cm Dowels.

You will have 2 leftover 23cm Dowels after this step.

 

 

Step 6

Insert the assembled Dowels into the holes on the Leg Assembly.

 

Step 7

Insert the other Leg Assembly on top of the Dowels.

This step requires patience to line up the holes.

Step 8

Carefully pick up the Table Legs Assembly and place it on the Tabletop.

Then, ensure the Tabletop Connectors are centred on the Tabletop and attach them using screws.

 

 

Step 9

Ensure the 12 Tabletop Connectors are centred on the Tabletop and attach them all using screws (or superglue).

 

Step 10

Congratulations! Please share your photos in the Makes & Comments tab!

 

🔩 Components

Support

Recommended quantity
12

Foot

Recommended quantity
4

Dowel Connector

Recommended quantity
12

Tabletop Connectors

Recommended quantity
• 4 x 90° Connectors
• 4 x 75° Connectors
• 4 x 60° Connectors

Ø10mm Wooden Dowels

I recommend using wooden dowels. Alternatively, 3D-printable dowels have also been provided in this project if you'd prefer that approach.

Recommended quantity
• 8 x 23 cm
• 4 x 17 cm
• 4 x 7 cm
• 4 x 3 cm

Wooden Tabletop

Recommended quantity
1

This can be any size, the tabletop in the diagrams is 300mm x 900mm.

 

Screws

Recommended quantity
24-48

I used 4G x 12mm screws for this, but the size depends on the thickness of your tabletop.

 

🧩 Modularity

The Da Vinci Table is modular and can be scaled up or down without issue. Components like the Supports, Connectors, and Dowels can be added, removed, extended, or placed in many different positions. For example:

  • Increasing the number of Support pieces will increase the height and arch of the table.
  • Increasing the lengths of the Dowels can make the table wider and/or taller.
  • Printing different combinations of Tabletop Connectors will dramatically change the appearance of the table.

Below are a few examples of what's possible:

 

The default Da Vinci Table configuration. Shown with:

  • 100% scale
  • Wooden tabletop
  • Wooden dowels
  • 6 Supports per side

An alternate Da Vinci Table configuration. Shown with:

  • 100% scale
  • Wooden tabletop
  • 3D-printed dowels
  • 6 Supports per side

Da Vinci Table with 3D-printed tabletop. Shown with:

  • 66% scale
  • 3D-printed tabletop
  • 3D-printed dowels
  • 4 Supports per side

 

 

 

 

Comment & Rating (22)

Please fill in your opinion
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super clean and crisp
The designer has replied
2
Reply
This looks amazing! Thanks for sharing!
1
Reply
Do you know if it can be scaled in any way to make a larger desk?
0
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Replying to @rivas_2893 :
You can but you might wanna test the breaking point of the original through a stress test.
0
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I'm wondering can this be scaled up, and strong enough for a larger dinner table?
3
Reply
did you ever find out if it could be scaled up?
0
Reply
Replying to @sevenlilbears2 :
not yet.
0
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Print Profile
0.16mm layer, 2 walls, 15% infill
extreme warping
0
Reply
Check your settings on the printer or use another filament
(Edited)
2
Reply
that’s absolutley not the designers faulr mate! get used to your printer and don’t blame others for that.
(Edited)
1
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I can't find the wooden dowels. Could you please tell me how to print them?
(Edited)
0
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you buy them from the hardware store
0
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设计的不错
1
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is there a source link for the screws, dowels, and top?
(Edited)
0
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what's the difference between the 13.8 and 5 hr models?
0
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Print Profile
0.16mm layer, 2 walls, 15% infill
Awesome model - did need some glue though
0
Reply
so how big is this table?
0
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I like this
0
Reply