Our dedicated support team is available to all Gigabot owners for the lifetime of their product, free of charge.
Your Gigabot Parts Kit should arrive in two boxes, one large box and one bed plate box. After reviewing the contents of the box, be sure to grab a friend and start assembling your Gigabot using our helpful docs.
Your Fully Assembled Gigabot should arrive straight to your door in wooden crate, packaged on casters. Simply remove from the packaging, plugin, and follow calibration steps to start printing!
Gigabot uses standard STL files. Every major 3d modeling software can export to this format. There are a couple of free options out there: tinkercad, 123d design, trimble Sketchup, and lots of not-so-free ones: Solidworks, Inventor, Rhinoceros.
Alternatively there are plenty of websites out there hosting free models and some that are paid.
To update your firmware, please follow the guide provided on the re:3D wiki. The latest release of firmware for your Gigabot version is available here.
It’s most likely that you are printing via USB from your computer. There are a number of computer processes that can interrupt a print. Make sure to turn off any auto-updates which may restart your computer. Also turn off sleep mode, and screen savers. Using other processing intensive programs can also contribute to an interference.
Ultimately we really recommend using the SD card function from your Viki and unplugging from the computer altogether. This will eliminate any potential issues from interference.
Simplify3D is user-friendly software and a highly recommended tool for optimum output of 3D prints on Gigabot. Using this software, re:3D engineers develop material printing profiles and use this workflow to adjust settings for a wide variety of materials on Gigabot. re:3D is a Simplify3D software reseller and as a result, the Gigabot printing profile is available through the software package download. Simplify3D is a one-time purchase for two licenses at $149.
There a few options out there; the open source versions available are pronterface as a printer interface, and Slic3r as a slicing engine. Another version available is Repetier, which combines Slic3r with it’s own print interface.
No matter which program you chose to use for your Gigabot, don’t forget to download the presets from the wiki site.
First make sure that your bed is level. Check out these helpful resources:
Print in Z is a 3D printing surface that replaces the need to use blue painter’s tape. Helps with print adhesion as well as overall print quality. Print in Z is available from shop.re3d.org for $135. If you have a heated build plate, now is definitely a good time to use it!
We’ve seen popular community alternatives such as blue painters tape, Kapton tape or Buildtak.
Print in Z is a great all-around print surface for anything from simple to extremely difficult print jobs and is available in the re:3D store!
Gigabot has a workable print volume up to 590 x 600 x 600 mm / 23.2 x 24 x 24 in ; (212,400 cubic cm) – providing plenty of room to print your dreams! Compared to other industrial 3D printers, Gigabot is still 3-4x more affordable than it’s alternatives.
The total weight of Gigabot is about 120 lbs. Gigabot has a footprint of 48″ high, 34″ wide, 40 1/2″ deep (without spool). With filament, there is additional weight and the depth of the bot increases to 46″.
Gigabot can print at over 100 mm/sec. By comparison, an iPhone 5 case takes ~40 minutes and a large vase using the entire build volume can take up to 20 hours. Print time depends on several factors including layer thickness, object density, infill pattern and the geometry of the object.
Gigabot is designed to be as simple as possible, but no simpler. Taking inspiration from agricultural equipment, architecture and the aerospace industry we feel the Gigabot provides the most robust platform for your 3D printing needs. There are very few moving parts to break or wear out. High quality components are used throughout the machine and all custom machined components are made in-house for the highest quality control.
Gigabot uses only 150 watt when the heated bed is off and up to 950 watt with the heated bed on. If the cost of electricity is $0.10/ kWhr then operating cost for electricity would be between 1.5 and 9.5 cents/hour.
Gigabot’s motors and electronics resolve linear position to 4 microns in X and Y and 2.5 micron in Z. Gigabot can print 100 microns layers. The smallest print you can create is a single dot, 650 microns. Gigabot is repeatable to less than 0.2mm.
Gigabot currently uses the re:3D All-Metal Hot End capable of temperatures up to 250°C. It is an extremely reliable hot-end which comes standard with a .4mm nozzle. Alternative nozzle diameters are available from the re:3D Store.
The original Gigabot (pre Gigabot 3.0) uses the J-head hot end seen at http://reprap.org/wiki/J_Head_Nozzle with 0.5mm diameter orifice.
Gigabot 3.0 introduces dual extrusion print using two direct-drive extruders, loaded up with a re:designed cold-end, assembly, and high-temperature re:3D hot-ends. Tested and verified through countless prints in-house and with Gigabot 3.0 beta super-users. As part of our commitment to ensure your Gigabot is never obsolete, a complete GB2 to GB3 upgrade is now available as a retrofit kit.
Dual Extruder Trolley Update Includes:
About re:3D Hot-Ends:
Capable of printing any thermoplastic melting below 350C, this all-metal extruder opens the door to a wider variety of materials, including high-strength and high-temperature filament. The re:3D all metal extruder provides a considerably longer lifetime than the previous model – roughly quadruple (2000hrs vs. 500hrs).
Gigabot can be configured to run on either 110v, 60Hz or 220v, 50Hz
The current version of the Gigabot has incorporated several open source packages, the most notable being the Marlin firmware on the controller board. We encourage the use of Simplify3D on the user-interface side, as there is optimal customer support and high functionality. Simplify3D can be purchased as an add-on package with Gigabot.
While Simplify3D is feature-rich, Pronterface and Slic3r are open-source tool options.
Gigabot can run unattended. Our longest print to date is 122hrs (or 5 days, 2 hours, and 44 minutes). Using the Filament Detection feature released on generation Gigabot 3.0, your Gigabot will pause mid-print and wait for user input when it runs out of material.
How Out-of-Filament Detection works:
However, Gigabot will not automatically detect all faults or failures and please keep in mind that high temperatures needed to melt plastic can also cause fires. So do please use caution.
Once you receive your Gigabot, the only steps necessary are calibration by leveling the bed, and fine-tuning the extruder.
Every Gigabot is covered under warranty for 3 months, which means that all replacement parts are free of charge, whether it’s damage due to normal wear and tear, user error, or faulty parts. After this 3 month period, these extended warranty options will cover all your replacement parts for Gigabot. Extended warranty options and maintenance plans are available up to 3 years.
Terms & Conditions
Information has been carefully checked and is believed to be accurate; however, no responsibility is assumed for inaccuracies. Re3D reserves the right to make changes without further notice to any products to improve reliability, function, or design. Re3D does not assume any liability arising out of the application or use of any of its products; neither does it convey any license under its patent rights of others.
We send a 5 lb spool of PLA with your Gigabot. We also stock high quality filament in a variety of colors for additional purchase.
Gigabot (with heated bed turned on) accepts any thermoplastic that extrudes below 240C. Specifically, we have tested filaments such as PLA, ABS, Flexible, Nylon, or PET in 3mm.
We offer 5lb spools of PLA goes for $95 USD.
Yes, but nylon requires a fibrous surface for it to stick to – a good one is fiberboard or Garolite.
Yes! Gigabot can print with polycarbonate and re:3D engineers have developed printing settings in Simplify3D software. The high temperature required to print poly-carbonate will require a high-temperature hot-end and thermocouple, which is available using our custom re:3D All-Metal Hot-End. Gigabot is a modular design which easily accepts other hot-end options.
Shrinkage is a material dependent variable, independent of Gigabot. We have noticed that PLA shrinks a little bit. ABS shrinks more. ABS appears to lift or curl due to uncontrolled shrinkage. Other materials shrink less than PLA.
Fortunately you can adjust calibration so your part comes out exact size you want it to. Any shrinkage is often small, it’s on the order of microns.
The filaments we use are listed below. We have not performed an destructive testing and cannot guarantee any particular mold shape or design to withstand a particular rated load.
PLA – Glass Transition Temperature: 60-65 °C, Melting Temp: between 173-178 °C, and Tensile Strength: 2.7-16 GPa.
ABS – Maximum Temperature: 176°F 80°C Minimum Temp: -4°F -20°C, Melting Temp: 221°F 105°C Tensile Strength: 4,300 psi.
Taulman 618 nylon specifications can be found here:
http://www.taulman3d.com/618-specifications.html Taulman 645 nylon -http://www.taulman3d.com/645-features.html Taulman T-glase PETT – http://www.taulman3d.com/news.html.
Current in-house assembly time is roughly 12 hours. We recommend that first time builders prepare for a week of assembly time. However, depending upon your mechanical aptitude and how many hands you have helping out the process could be completed in 12-20 hours.
The most important part is the z-axis and bed assembly. They need to be aligned, straight and level for optimal operations. New users usually require 2 hours to complete calibration.
We will provide all the tools necessary to calibrate your Gigabot, as well as a host of video instructions on how to do so. You want you to take your time with this process, as it is crucial to the setup of any 3D printer.
To 3D print on a plastic extrusion printer like Gigabot, 3D models in an .STL format must be ‘sliced’. This turns the 3D geometry of the .STL file into a series of commands (G-code) that break the model down into machine-readable lines of commands using an application like Simplify3D.
To 3D print, you may use a prepared model from websites like Thingiverse, or create your own model via 123D Catch/Design, Google Sketchup, AutoCAD, or any of a variety of applications which output their models in a .STL file format.
Slicing basically divides the 3D model into very thin, horizontal layers. The printer will then lay out plastic layer by layer starting at the bottom. The thickness of the layers can be set on the slicing engine, but it is usually between 0.1 and 0.4 mm.
Since the printer builds objects from the bottom up, the first layer of a print is very important. The first layer needs to stick well to the flat surface of the printer, so a flat base will give the model a solid start.
Any overhang, or cantilever, shallower than about 45° cannot be printed without support material because the object will tend to sag. Support material can be easily calculated by slicing and automatically built by the printer.
You can control wall thickness by under or over extrusion, and this variable is controlled through the Simplify3D UI on your computer.
The process for converting a 3D CAD model is to export as a .STL file, process the .STL into G-code using a translator (simplify3D) program and then run the G-code on Gigabot to print your model. The entire software tool chain is available on our online store.
We have used the Next Engine 3D Scanner to make prints on Gigabot. Our designer friends have found it to be a good scanner at a good price ($3000 USD).