TM

Series Guide

Anything you can imagine, you can make!

Compatible with Windows 7 • Mac OS X

PRINTER

BUILD YOUR OWN

SPECIFICATIONSBODYBody size: (width, depth & height) 250 × 250 × 275mm

Weight: about 5kg

Modeling method: Fused deposition modelling

MODELLINGMaximum modelling size: (width, depth & height) 150 × 130 × 100mm

Nozzle diameter: 0.4mm

Stacking pitch: 0.1mm

Modeling speed: 100mm per secondFilament size: PLA, ABS* each 1.75mm

250mm

has arrived3D technology is now available for you at home! Turn an idea in your head or on paper into an object you can hold in your hand with this amazing 3D printer, the idbox. The idbox is a lightweight, compact and stylish machine that is easy to work with, and has a fast modelling speed. Look forward to making your first dynamic three-dimensional creations.

My 3D Printer

275mm

*When you output in ABS, it is recommended that you use dedicated building sheets. These will be free to subscribers. Please see the Subscriber's Guide for details.

Series will be completed in 12 packs.

The heated plastic is delivered with

pinpoint accuracy.

NOZZLE

3D printer specifications and details may be subject to change.

COMPATIBLE SOFTWARECorresponding OS: Windows 7 or more, Mac OS XCorresponding 3D printing software: Repetier Host is scheduled to idbox customized versionSoftware is subject to change, but you can use the ones you have customized for idbox.

We take you through the construction of the printer itself, with a look at programs which will help you create in 3D.

An introductionto modelling software We'll give you a taster of the 3D modelling programs that are available. Other programs can be downloaded from a dedicated site.

Magazine

3D modelling software

Plastic filaments for use in your

3D printer will be made available on

De Agostini’s dedicated website.

For your questions about maintenance, we will offer advice. If you encounter any problems with parts of the assembly and modelling, get support and lots more.

Online Support

250mm

To create a three-dimensional work with your idbox you will need to create a 3D shape on a PC. In the magazine, we show you how to use the 3D data creation software.Cools the heated

plastic resin that has been shaped by the

printer.

Determines the location of horizontal and vertical

planes and depth.

Moves in horizontal direction (X-axis), depth

(Y-axis) and vertical direction (Z-axis).

LIMIT SWITCH

Guides the plastic filaments that are heated to produce

your 3D model.

FILAMENTGUIDE TUBE

COOLING FAN

MODELLING TABLE

Step by Step

3D printing: the opportunities are limitless!If you can imagine a shape, you can print it with your 3D printer!Use your imgination, input the data into the 3D modelling software on your PC, then output on the idbox.

FinishYour three-dimensional artwork has been created! We will show you how to polish the surface or add colour. Give a professional finish to your work!

Think of the piece that you want to make. It can be based on a real object or a sketch – it’s up to your imagination!

Plan

Once the data is complete,it is output from the PC to the 3D printer. Start the program and wait for the shape to emerge...

Print

Use the software – AutoDesk123D Design to create an object or 3D artwork.

Model

An introduction

to 3D modelling

Your magazine will include...

Explore the 3D possibilities of the future!A look at the work of companies and creators worldwide who have taken advantage of the 3D printer. Look into the future to see how 3D imaging software is being used for an endless range of applications!

Learn the basics of 3D printing!Learn how to get your 3D printer working – the meaning of various technical terms that you will encounter along the way and the characteristics of the materials being used.

How to assemble the idbox 3D printer How to put together the idbox 3D printer. The step-by-step assembly is described in easy-to-follow photos. The parts are provided every issue, and can be completed without difficulty.

Assembly Guide

Make a 3D shape from basic data

Create the data required for outputting a three-dimensional object using the special software, and learn while you work. Starting from the basics, we will guide you step by step through the various stages of the operation. Learn more about 3D modelling by following the tutorials on the website.

Modelling Guide

Basic course

3D printers worldwide

Since the reinforcing plates are relatively delicate parts, do not force the nuts into their slots or you might break a plate. If it is difficult to insert a nut, try turning the plate over and

inserting the nut from the other side. If the nuts are difficult to handle using your fingers, try using tweezers to position them in their slots. Acrylic is easily scratched, so put the plates on a clean flat surface such as a piece of paper or cloth.

We’ll give you hints and tips along the way for a perfect result!

Assemble the

Make your 3D printer

step by step

31 5

1-11 Fit together the acrylic panels, and assemble the interior of the moulding table.

12-24Assemble the XY gantry responsible for the movement of the Y-axis.

25-29Fit the nozzle and cooling fan, and attach the tubing.

PACKS

Learn how to use the software to create 3D shapes from the basics. First, become familiar with the software, then proceed to new features little by little. By the time the series is complete, you will know about the 3D software needed to use your idbox 3D printer.

First, peel off the protective brown paper and transparent film from the lower section of the table base and the two reinforcing plates. Do this slowly to avoid damaging the surfaces. Leave the protective layers on the front panel for now as this is not needed in the Stage 1 assembly. Remember always to handle the acrylic surfaces carefully to avoid scratching them.

Remove the protective layers

1

7 9 10 12

42-55 Install the modelling table. Learn about fine adjustments and maintenance on the way.

30-41 Install the motor and limit switch of the X-axis and Y-axis, and install the microcomputer board that is the brain of the printer.

You can now use your

printer!

Get exciting results from your 3D printer with the AutoDesk123D Design program!

TM

PRINTER

BUILD YOUR OWN