Hugo Guidelines for 3D Printer Usage &
Workspace Organization

To grant access and use the 3D printers at the institute, the following steps are necessary:

  • Read and understand this guide carefully
  • Receive a hands-on training from ITI Technik or someone experienced with the printers
  • Get authorized by ITI Technik to access the booking system and our Bambu Lab account

 

3D Printer Usage Rules

Reservation System: Always use the online booking system for reserving 3D printer time slots (including weekends and public holidays). Use the shared calendar ITI Printer at your personal TU cloud and create a new entry with the name of the device, your name and your affiliation. This helps in managing the usage efficiently and avoids any overlaps. Public link (read-only): https://go.tugraz.at/44095864d

Priority for ITI Projects: In the event of scheduling conflicts, ITI projects will be given priority. This ensures that our internal projects are completed in a timely manner.

Cancellation Policy for Booked Slots: Time slots that have already been booked for Non-ITI projects can be overridden by ITI projects up until 3:00 pm on the day before the scheduled use. This policy allows internal projects the flexibility they need while giving other users adequate notice to adjust their plans.

Private Use: No charges for individual print costs below 1 Euro (which is equivalent to 40g Bambu Lab filament), provided it is not abused, such as printing 20+ times privately for 1 Euro each. Larger projects require individuals to organize privately and purchase the necessary filaments.

Private Storage: Private filament may only be stored in the numbered storage boxes provided in the workshop. Each user is allocated 1 box for storing project hardware and materials. Please ensure that you deposit your items into your designated box after you have finished work that day. This practice helps keep the workstations clear and available for others.

 

Workspace Organization

Daily Clean-Up: At the end of your session, please make it a habit to clear your workstation. Store all personal and project-related items in your assigned storage box. This helps maintain a clean, efficient, and shared workspace for all users.

Labelling: Clearly label your storage boxes with your name and project details. This will help in easily identifying your materials and avoiding any mix-ups.

Tool Maintenance: If you use any tools or equipment, please ensure they are cleaned and returned to their proper place after use. This ensures that tools are available and in good condition for the next user.

Respect Shared Spaces: Be considerate of others using the workshop. Maintain noise levels and cleanliness to create a conducive working environment for everyone.

Your cooperation in adhering to these guidelines is greatly appreciated. By working together, we can maintain an organized, efficient, and pleasant workshop environment.

 

Technical Information and Operating Instructions


Bambu Lab X1-Carbon

Important Notes:

  • Use Bambu Filament when operating the Automated Material System (AMS)
  • Avoid using soft materials like TPU or damp PVA as they can get stuck in the AMS
  • For better results, keep the front door open when printing PLA/PLA-CF/PLA-GF, TPU or PVA

Printer Facts:
Modeling Dimensions: 256 x 256 x 256 mm
Filament Diameter: 1.75 mm
Nozzle: Hardened steel 0.4 mm
Hot End: All-Metal
Hot End Temperature: up to 300°C
Hotbed Temperature: up to 110°C
Auto Leveling
Filament Run Out Sensor
Flexible steel PEI magnetic build plate
Supported Material: PLA, PETG, TPU, ABS, ASA, PET
Ideal for PA, PC and Carbon/Glass Fiber Reinforced Polymer
Technical Specifications (PDF)
Bambu Lab Wiki

Available Filament

Starter Kit:
Bambu Lab PLA Basic green (200g)
Bambu Lab PLA-CF black (200g)
Bambu Lab Support for PLA/PETG transparent (200g)
Regular:
Bambu Lab PLA Basic white
Bambu Lab PLA Basic black
Bambu Lab PETG Basic white
Bambu Lab PETG Basic black
Bambu Lab ABS white
Bambu Lab ABS black

Preparation

Bambu Studio slicer
Download
Bambu Studio Manual

The printer supports third party slicers which export standard G-code such as OrcaSlicer, Prusaslicer and Cura, but certain advanced features may not be supported.

Creality Ender-3 S1 Pro

Printer Facts:
Modeling Dimensions: 220 x 220 x 270 mm
Filament Diameter: 1.75 mm
Nozzle: 0.4 mm
Hot End Temperature: up to 300°C
Hotbed Temperature: up to 100°C
Slice Layer height: 0.1 to 0.4mm
Auto Leveling
Filament Run Out Sensor
Spring steel PEI magnetic build plate
Supported material: PLA, PETG, TPU, ABS
More information at creality.com

Available Filament

eSUN PLA+ black
SUNLU PLA+ black
eSUN PETG white
eSUN ABS+ black

Preparation

We recommend SuperSlicer for the conversion of your 3D model to G-code commands.

 

Remove Objects from the Build Plate

The following instructions are crucial to prevent damage and maintain the build plate's integrity.
  1. Avoid removing objects inside the printer. Remove the magnetic build plate from the heat bed and place it on a desk.
  2. For easy removal, wait until the plate reaches room temperature before attempting to remove prints.
  3. If the print remains stuck, gently bend the steel plate to release the model.
  4. Use a spudger to carefully remove any remaining residue without scratching the plate.

 

Printer Monitoring

Webcam