Installing and using software with Gigabot
- 1 Simplify3D software
- 1.1 Simplify3D FFF Profiles
- 1.2 Youtube Video
- 1.3 USB to serial driver
- 1.4 Slic3r
- 1.5 Printrun (Pronterface)
Gigabot is fully compatible with open source programming tools supported by the RepRap community (http://reprap.org/).
Download and install:
- USB to serial driver
Simplify3D FFF Profiles
- Click here to purchase: Simplify3D
- Click on the profile link below that correlates to your model of printer
- In the new window right click on the link at the top of the page and choose "save link as". This will download the file to your computer.
- Open Simplify3D.
- Go to File -> Import .fff Profile
- Choose the updated .fff configuration file for your machine
This will add it to the list of profiles you can choose from in Simplify3D. Before starting a new print, click on the "Edit Process Settings" button on the left side of the page. It will open the print settings, then you will need to select the newly imported profile from the drop down list.
GB3+ with firmware 4.2.0 and above
- Base Profile - Used for single material prints
- Support Profile (Using separate material for support structures)
- Polycarbonate (PC) Profile
For GB3 and GB3+ firmware 4.1.3 to 4.1.5
For Terabot V1 with firmware 4.2.0 and above
For Gigabot X
Mondo Hot End 0.8mm nozzles
As seen in the above video: Three steps to choosing your settings:
Gigabot Model for Simplify3D File:Gigabot Frame.stl
- Helpful tutorials: http://www.simplify3d.com/support/tutorials/
USB to serial driver
If you are not able to connect the computer to Gigabot you may need to install a driver. The Virtual Communications Port driver is a piece of software that allows your computer to communicate with your Gigabot using USB.
- Download and install the VCP driver for your specific operating system.
- You may need administrator rights, or need to right click and "Run as Administrator".
If you are not using Simplify3D to prepare your 3D model for printing you can use Slic3r. Slic3r takes a 3D model (usually an .stl file) and turns it into G-code. G-code is the instructions for the 3D printer to create the part. A more detailed understanding of G-code can be found on the RepRap wiki.
- Download and install Slic3r.
- Read the complete Slic3r manual
- Download Slic3r settings to your local computer.:
- Open Slic3r and go to File -> Preferences -> Mode -> Expert
- Click OK and follow prompt to restart Slic3r
- Once you have restarted Slic3r go to File -> Load Configuration
- Choose the Gigabot_Slic3r_config.ini configuration file you saved earlier
This program is the interface you will use to communicate with Gigabot. Once the 3D model (.stl) has been turned into G-code, it must be feed into the printer. This can be done by loading the G-code file onto a micro SD card and inserting it into Gigabot's Viki controller or feeding it from your computer to Gigabot via Pronterface. More information on Pronterface can be found Here
- Download and install Printrun for Windows or Mac.
- Open Pronterface and go to Settings -> Options
- Under the Printer Settings tab change:
- Baud rate to 250000
- Bed temp for PLA to 65
- Extruder temp for PLA to 195
- X and Y manual feed rate to 6000
- Z manual feed rate to 200
- E manual feed rate to 100
- Width, Depth and Height to 600
- Click OK then restart Pronterface for the changes to take affect
Connecting to Gigabot
- Turn on Gigabot
- Plug the USB cable into your computer
- Open Pronterface and click on the 'Connect' button at the top left of the main screen
- Once connected the dialog box on the right side of the screen should say 'Printer now online'
- On the left side of the screen near the "Check Temperature" button activate the "Watch" check box
Testing the X, Y, and Z limit switches
- Open Pronterface
- In the lower-right corner, type the G-code command "M119" to check the limit switches. All switches should return "OPEN".
- Using your finger, individually depress each limit switch lightly until it clicks. Hold this position and resend the "M119" command.
- X_MIN will change to "Triggered"
- Y_MAX will change to "Triggered"
- Z_MIN will change to "Triggered"
Moving the X and Y and Z axis
- In the Pronterface control panel click on the +x 10 button to move the print head to the right 10mm.
- Note: Calibrate the bed using the Calibrating your Gigabot instructions before homing the Z axis