Equipment/Lulzbot a0 101
| Lulzbot A0-101 | |
|---|---|
 | |
| Sub-category | CNC |
| Status | Good working order |
| Last updated | {{#show: Equipment/Lulzbot a0 101 | ?Modification date}} |
| Last updated by | {{#show: Equipment/Lulzbot a0 101 | ?Last editor is}} |
| Consumables | Printer filament |
| Training requirement | Yes |
| Training link | 3dprinter_training |
| Owner | OSE |
| Origin | Donation |
| Location | Hablab rear, electronics work area |
| Maintainers |
Samuel Carlisle {{#set:name=Lulzbot A0-101}} {{#set:image=AO-101-1600.jpg}} {{#set:status=Good working order}} {{#set:subcat=CNC}} {{#set:location=Hablab rear, electronics work area}} {{#set:owner=OSE}} {{#set:maintainers=Samuel Carlisle}} {{#set:reqtraining=Yes}} {{#set:acnode=}} |
Description
It is a A0 101D printer.
Specification & documentation
Printer Specifications
Printing
- Usable Print Area: 200mm x 190mm x 100mm (7.9in x 7.5in x 3.9in)
- Top Print Speed: 200mm/sec (7.9in/sec)
- Print Tolerance: 0.2mm (0.008in) in X and Y axes. Z axis is dependent on layer thickness
- Layer Thickness: 0.075mm (0.0029in) to 0.75mm (0.029in), with included nozzles
- Supported Materials: ABS and PLA plastic filaments
- Usable Filament Sizes: standard 3mm (0.1in) and 1.75mm (0.007in) with included accessory and setup
Physical Dimensions
- Overall Dimensions: 464mm x 483mm x 381mm (18.3in x 19in x 15in)
- Weight: 8.18kg (18lbs)
Electrical
- Power Requirements: 110 - 220 VAC, with USA power cord
- Temperature: Maximum operating temperature (Extruder), 240C
- Temperature: Maximum operating temperature (Heated Bed), 120C
Consumables
If using any consumables, link here to recommended providers or current pledges to purchase.
Filament options (3.0mm)
- ABS (lego brick plastic - prints at 190-230 DegC, requires heated bed at 100-110 DegC)
- PLA (biodegradable , based on food starch - prints at 185-190 DegC, optional heated bed, not hotter than 60 DegC)
- There are other 'specialist' filament, like wood effect, stone effect, nylon (can be coloured by clothes dye), etc
Loading Filament Excerpt from the manual describing loading filament
3D printing process
Software (Free or Open Source)
- Sketchup Design, go to the Warehouse for the Export STL add-in
- Blender Design, quite complicated
- OpenSCAD The Programmers Solid 3D CAD Modeller. You'll love it or hate it.
- Netfabb Basic Repairing and orienting STL for Slicing
- Meshmixer A new mesh working tool, with support generation
- Slic3r Slicing STL files into GCODE for printing
- Pronteface Connecting the Computer to the printer and PRINTING!
- Octoprint remote control of your printer
Training & instruction
Training IS REQUIRED and is being carried out voluntarily by the current maintainer, more info on the separate training page
Please do not use the printer if you have not been trained, even if you think you know how to use it.
Links
AO-101-User_Manual local copy File:AO-101-User Manual.pdf
There are a number of files provided by Lulzbot with predefined settings. setting 1 is for 0.3mm layers with a 60% infill. setting 2 is for 0.4mm layers and 80% infill.
I would stick with the config in the training section until we complete calibration.
- Cost of 3D printing See what you design would cost if you printed it professionally
- GCODE cost analyser Use 3mm ABS as the standard filament setting, load your file and see the cost
Cost for Printing
Data on the real cost of printing will go here
Training
The config file for Slic3r provided during training is here
Modification
added a fan to improve printing for small areas. Note that using the fan will stop the print from sticking properly with ABS. Under Filament Settings in Slic3r, under Cooling, use the "Disable fan for the first:" to something over 20 layers (depending on number of print layers).
The original fan mount breaks very easily. Additionally, it doubles as the clamp for the X axis belt and has no teeth so the belt comes loose easily. The clamp/mount has been replaced:
