Our Makerspace has two Bambu Lab 3D printers: the P1S and the P2S. These machines create physical objects by building them layer-by-layer from melted plastic filament.
Students can design their own models or download existing ones, then prepare the file using Bambu Studio software before printing.
Both printers use PLA filament, a student-friendly plastic that is easy to print and works well for most school projects.
Each printer is equipped with a Bambu AMS (Automatic Material System). This system holds multiple spools of filament and allows the printer to switch between colours automatically, making it possible to print multi-colour designs.
Before you can use the 3D printers, you must complete the required training.
Complete the Online Training Module
Start by completing the online training module. This will teach you the basics of 3D printing, safety guidelines, and how the printers work.
Book an In-Person Training Session
After finishing the online module, you must book an in-person training session with a Makerspace Coordinator. During this session you will learn how to prepare a print, load filament, and safely operate the printer.
Book Time to Print Your Project
Once you are trained, you can use the printers. Each time you want to print a project, you must book a time slot with the Makerspace Coordinator.
This helps make sure the printers are used safely and that everyone has a chance to use them.
You can create many different types of projects with the 3D printers, including models, prototypes, tools, parts, art pieces, and custom designs.
There are several ways to find or create files for printing:
Makerspace 3D File Library: You can explore our collection of 3D models
Online File Libraries: You can also find thousands of 3D models online that can be downloaded for printing.
Design Your Own: You can create your own models using 3D modelling programs.
No matter where your file comes from, it must be imported into Bambu Studio before printing. Bambu Studio is a slicing program that prepares the model for the printer by setting the size, supports, colours, and print settings. After the model is sliced, the file can be sent to the printer.