3D Print Farm

3D Printing at the NExT Lab runs as a service bureau. After setting up a file, the NExT Lab will review and print it for you. You will be able to learn all the ins-and-outs of 3D Printing without needing to deal with the technical issues as our staff will maintain all the technology. Our facilities and resources are open to all at the University of Melbourne.

1. Training - Get introduced to 3D printing concepts and the workflow through the LMS.

2. Knowledge Base - This Knowledge Base is where we hold all our learning resources. Understanding the capabilities and limitations of the technology will help you achieve your desired outcomes. Using the navigation on the left or the search bar, you can find a variety of guides on the printing process and techniques.

3. Consultations - Book here Speak to one our technicians before you begin to find out how to best utilise 3D printing in your project! Additionally, if our Knowledge Base does not hold the answers you seek, come have a chat and we will guide you in the right direction.

4. Print with us! Submit your prepared files through the NExT Lab Print Portal, after you have prepared the files, we will review it and print it for you.

Bambu Lab X1 Carbon

The NExT Lab is home to Bambu Lab X1 Carbons for standard 3D Printing.

The Bambu Lab X1 series of printers are engineered and extensively tested for reliable, faster 3D-printing. It is the perfect tool for you to quickly and cheaply test and bring new ideas to life. 

Materials + Colours

PLA (Polylactic Acid)

WhiteBlackLight GreyOther Colours

Other colours subject to availability:

PETG (Polyethylene Terephthalate Glycol)

Translucent

Process

If you are new to 3D printing use this in-depth guide on preparing files for the 3D Print Farm from Rhino to Bambu Studio:

If you are after a quick-version, you may use our Quick-Start Guide

Submit

You will need to submit your print jobs to NExT Lab using Bambu Farm. NExT Lab technicians will review the jobs and advise if any changes to be made.

Cost

Cost  is calculated by the weight of plastic material that is used to print your entire request. Additional to the volume of your geometry, the generated support material is also factored in.