Computer Aided Cutting
FAB-252604
Module Overview
Computer Aided Cutting (CAC) using laser cutting technology enables precise fabrication of designs directly from digital files. This process uses computer-controlled laser machines to cut or engrave materials such as wood, acrylic, MDF, and other sheet materials with high accuracy. This course introduces the fundamentals of laser cutting, vector file preparation, machine operation, safety procedures, and material handling. Students will learn how to convert digital designs into physical products efficiently and accurately.
Curriculum
Course Overview
This FabStudio Computer Aided Cutting course is designed to provide students with practical knowledge of digital fabrication using laser cutting technology. The course focuses on converting digital vector designs into precise physical components using computer-controlled laser cutting machines.
Technology Used: Laser Cutting Machine
Goal: Design and fabricate accurate laser-cut products from digital files.
Learning Objectives
- Understand the fundamentals of Computer Aided Cutting (CAC).
- Learn the working principle of laser cutting machines.
- Create and prepare vector files for cutting and engraving.
- Set machine parameters such as power, speed, and focus.
- Understand material properties and safety procedures.
- Execute complete laser cutting projects independently.
Course Content
Module 1: Introduction to Digital Fabrication
- What is Computer Aided Cutting?
- Applications of laser cutting in industry
- Overview of digital fabrication workflow
Module 2: Laser Cutting Machine Fundamentals
- Components of a laser cutting machine
- Working principle of laser technology
- Machine safety and operational guidelines
Module 3: Designing for Laser Cutting
- Vector graphics basics
- Understanding file formats (DXF, SVG, AI)
- Design rules for cutting and engraving
Module 4: Material Handling & Machine Setup
- Material types (wood, acrylic, MDF, cardboard)
- Power and speed settings
- Test cuts and calibration
Module 5: Practical Implementation
- Preparing final design files
- Executing cutting and engraving operations
- Post-processing and finishing techniques
Final Project
- Design and fabricate a functional laser-cut product
- Assemble components (if applicable)
- Project presentation and evaluation