Maker Spaces Knowledge Base
  • Maker Spaces Knowledge Base
  • Our Contact Details
  • Maker Spaces During Covid-19
  • Training & Inductions
    • Maker Spaces Inductions & Access
    • Support
    • Materials & Chemicals
    • Sustainability
    • Software Consultations
      • Software Tutorials and Guides
  • Maker Spaces
  • Fab Lab
  • NExT Lab
  • Machine Workshop
  • Robotics Lab
  • Print Room
  • Loans Desk
  • MSD Model Making Space
    • Hand Model Making
      • Toolkit
      • Materials
      • Adhesives
      • Tips and Tricks
      • Online Resources
    • Sewing Machine
      • Setting Up
      • Troubleshooting
      • Conclusion
    • Hot Wire Foam Cutter
      • Safety
      • Set Up
      • How to Use
      • Troubleshooting
      • FAQS
    • Spray Booth
      • Materials
      • Safety
      • Operation
      • Maintenance & Troubleshooting
    • Card Cutter
      • Machine and Materials
      • File Setup
      • Tips, Tricks and Common Mistakes
      • Job Process
    • Media Blaster
      • How to Blast
      • Safety
      • Materials
  • Metal Work Area
    • Safety
    • Metals
    • Understanding Welding
    • Assisting the Welder
    • Design Considerations
    • Preparation
      • Cutting
      • Stripping
      • Bevelling
      • Cleaning
      • Holding & Labelling
      • Other Processes
    • Finishing
      • Cleaning Welds
      • Finishes
  • Wetworks
    • PPE
    • Equipment
    • Materials
    • How to Cast
    • Maintenance & Troubleshooting
    • Outdoor Area
  • Baldwin Spencer Maker Space
  • Outdoor Design Build Areas
    • Wetworks Outdoor Area
    • Build Yard
    • Machine Workshop Outdoor Area
  • External Maker Facilities
    • Other Uni Melb Maker Spaces
      • VCA Workshop
        • Kilns
        • Foundry
      • Melbourne School of Engineering Workshop
    • Commercial Facilities
      • Laser Cutting
      • 3D Printing
      • CNC
      • Maker Spaces
  • Integrating Into Teaching & Learning
    • Introduction
    • Management Contacts
    • Standard Model Making
    • Non-standard Model Making
    • Large Cohort Subjects
    • Group Inductions
    • Materials and Chemicals
  • Commercial Jobs
    • Services Offered
Powered by GitBook
On this page
  • Cutting stock to length and shape.
  • Marking out
  • Docking
  • Alternative cutting techniques.

Was this helpful?

  1. Metal Work Area
  2. Preparation

Cutting

An overview of cutting metal for fabrication.

PreviousPreparationNextStripping

Last updated 5 years ago

Was this helpful?

Cutting stock to length and shape.

Marking out

In order to accurately cut your stock to length, you need to mark it out. This can be done with permanent marker, felt tip pen, or welders chalk.

Docking

The principle method for cutting metal lengths in the Fab Lab is by using the docking saw. The docking saw at Fab Lab is a cold cut docking saw, which means it cuts through the material with minimal sparking. The saw will allow mitre cuts between 0 and 45 degrees.

A level 3 induction is required before using this tool where students can learn effective and safe methods for cutting metals.

Alternative cutting techniques.

In certain circumstances, the docking saw will not be sufficient to achieve the cuts required.

  • If an angle is greater than what can be achieved with the saw. (45 degrees)

  • If a compound angle is required.

  • If a cut is not planar.

In these circumstances, other tools will be needed. Options include:

  • The use of a custom made jig with a hand held angle grinder (with guidance from Fab Lab staff).

  • The use of the metal laser cutter services at Fab Lab.

  • Outsourcing of cutting to a supplier.