View source for 3Dino

==Hardware==
[[File:3Dino komplett von oben2 full.jpg|thumb|x500px|link=http://shop.in-circuit.de/product_info.php?cPath=3&products_id=69|3Dino Delta 3D-Printer]]
The 3Dino is a low budget stand alone Delta 3D-Printer. 
The 3Dino comes with the RepRap Full Graphic Smart Controller with SD-Card slot to execute G-Code files directly from SD-Card. So there is no PC needed to print models.
In standard line-up it offers a 214x214mm PCB heat bed with a built volume of 200x200x250mm, 0.5mm Nozzle for 3mm Filament, Auto Bed Leveling function and printing speed up to 2500mm/min.
The maximum possible build volume is a cylinder with cross-section-dimension of 360mm and a height of 250mm.

===Features===

*100% Arduino Mega compatible controller board ICstep01
*RepRap's Full Graphic Smart Controller with SD-Card Slot installed ( http://reprap.org/wiki/RepRapDiscount_Full_Graphic_Smart_Controller)
*4x A4988 stepper drivers
*3x Nema17 step motor (axis)
*1x geared Nema17 step motor (extruder)
*Mini ATX housing for ICstep01 with integrated 400W power supply
*Compact bowden extruder for 3mm filament
*Print head with 0.5mm nozzle
*Auto bed leveling function integrated
*12/24V PCB heat bed MK2B

===Dimensions===

*Edge length: ~620mm (triangular base)
*Height of skeletal structure: 950mm
*Height with superstructure: 1200mm
*Dimensions heat bed: 214x214mm
*Print volume with heat bed: 200x200x250mm (bed can be remover/replaced for bigger build volume)
*Max. build volume: circular, 360mm cross-section-dimension, 270mm height
*Resolution: 200um
*Printing speed: tested up to 2500mm/min
*Weight: ~20kg

==Software==

*Calibrated Marlin firmware installed
*We recommend Simplify 3D as slicing and printing software (https://www.simplify3d.com)
*We offer Simplify 3D print profiles for selected filaments

==HOWTOs==

===Quickstart Guide===

To start printing with your 3Dino, just a few steps have to be done:
*To slice your 3D-Model, open Simplify 3D on your PC and import your STL- or OBJ-file
*Click on "Add" in the "Processes" field to add a process for your model
*Import the 3Dino print-profile for the filament you use by clicking on "Import"
*Modify the print-profile to satisfy your needs (infill, support,...)
*Slice your 3D-Model and turn it into G-Code by clicking on "Prepare to Print!"
*Save your G-Code on a FAT-formated SD Card by clicking on "Save Toolpaths to Disk"
*Carefully unpack your 3Dino
*Plug in the power supply of your 3Dino and switch on the main switch
*Insert the SD Card into the SD-Card Slot at the left side of the display 
*Enter the menu of the 3Dino by pressing the knob once and choose "prepare" -> "Auto home" to home your printer and hit "preheat PLA" to heat up the printer
*Wait until nozzle and bed are heated up
*Enter the menu and hit "print from SD" and choose the G-Code file you would like to print
*The printer will start Auto Bed Leveling and printing
You can either print from SD-Card or directly via USB. To print via USB you have to connect your 3Dino to your PC via USB and connect it with Simplify 3D:
*Click on "Tools" in the menu bar and open the Machine Control Panel
*Choose the Port to wich the 3Dino is connected
*Select a Baudrate of 115200 and click "Connect"
To Print via USB follow the steps above until slicing your model
*After slicing your model hit "Begin Printig over USB"
*Notice that you should first preheat your Printer using the Machine Control Panel

===Change Filament===

To change the filament follow the steps below:
*Auto home and heat up your printer (see above)
*Wait until nozzle is heated up
*Pull out the filament while pushing aside the tighterner of the extruder with your thumb
*To easily insert the new filament you can either cut the pit diagonal or point it by heating up the filament a few centimeters behind the tip with a lighter and pulling the tip away to thin the filament at the heated spot. By cutting of the thick part you get an easy insertable needle like tip.
*Insert the new filament while pushing aside the tighterner until the filament hits the nozzle
*Extrude filament as long as no more leftovers of the old filament are visible by entering the menue and choosing "Prepare" -> "Move axis" -> "Move 1mm" -> "Extruder" and turning the knob to the left step by step

===Emergency stop===

To stop the printer in case of an emergency, hit the pushbutton below the Display.
Notice that the printer will be reset so your print progress is getting lost.

==Examples==

Here are some example prints we printed with our 3Dino Printer

[[File:radinoDIY BlindsController oragne-offen.jpg|x300px|top|link=http://shop.in-circuit.de/product_info.php?cPath=22_48&products_id=167]]
[[File:Leonardo_Gehaeuse.jpg |x300px|top|link=http://shop.in-circuit.de/product_info.php?cPath=22_28&products_id=35]]
[[File:radino watch logo+radinocc 640.jpg |x300px|top|link=http://shop.in-circuit.de/product_info.php?cPath=22_28&products_id=36]]
[[File:3D Makerbot schrauben.jpg |x300px|top|]]
[[File:watch gehäuse eckig.jpg |x300px|top|]]
[[File:pulley 5mm weiss vortube.jpg |x300px|top|]]

==Downloads==

[[Media:305000084 3Dino.pdf | Datasheet {{PAGENAME}}]]<br/>
[[Media:Simplify 3D print profiles PLA 3mm black 500.050.zip|Simplify 3D print profiles PLA 3mm black 500.050.zip]]<br/>
[[Media:Simplify 3D print profiles PLA 3mm orange 500.049.zip|Simplify 3D print profiles PLA 3mm orange 500.049.zip]]<br/>
[[Media:Simplify 3D print profiles PLA 3mm white 500.048.zip|Simplify 3D print profiles PLA 3mm white 500.048.zip]]<br/>