the use of CAM, machines and software when manufacturing

CAM, automation and laser cutting

Design and technology

Paper and boards properties, sources and stock forms

3D Modelling in Tinkercad

Modelling and assembling complex shapes in Tinkercad

Movement with mechanisms

Model a moving part in Tinkercad

Design and simulate in Tinkercad

CAD to CAM in Tinkercad

Pupils will model with paper and boards and learn about sources and stock forms.  They will develop 3D computer-aided design knowledge and skills, applying this by designing and simulating mechanical systems using TinkerCAD.

Prototypes with mechanisms: robotics and automation

Which of the following is a major benefit of using CAM in manufacturing?

no human error; high accuracy and consistency

software and machines can be expensive to set up and maintain

skilled operators are needed to run and troubleshoot CAM systems

What are the common file types used for laser cutting?

What type of manufacture is laser cutting?

What is the material used with 3D printers?

What are the axes called on a 3D printer?

What part of a 3D printer does the material come out of?

Which of these layer heights would be considered as a draft print?

What degrees should overhangs not exceed?

This lesson will be removed by end of Summer Term 2025.

CAM, automation and laser cutting

Lesson outcome

This lesson will be removed by end of Summer Term 2025.