WOOD CNC
In this module you will learn how to properly use the CNC machines located in the DBL across the street from the Architecture Building.
CNC, a term for Computer Numerical Control, refers to a technology that revolutionized modern manufacturing processes. It involves the automation of simple machine tools and other mechanical devices through the use of computer programming. CNC machines are capable of precise and intricate operations, as they follow instructions from computer programs to control the movement of cutting tools. This level of automation allows for increased accuracy, repeatability, and efficiency in the production of various items, ranging from intricate metal components to complex woodworking creations.
READY TO START?
Review modules below.
READY TO BE CERTIFIED?
Once you have completed the Module 8 assignments, set up an evaluation session with one of the Makercorps team members.
SEQUENCE
In the CNC module, you will learn the basics of computer numerical control and operating CNC machines. You will analyze predefined cutting, carving, and shaping systems to develop a comprehensive understanding of the CNC platform. By applying your knowledge, you will automate the machining process for your Module 8 assignment.
V1: INTRODUCTION THEORY
V2: CARBIDE TOOL
V3: PROGRAMMING RHINOCAM
V4: PROGRAMMING VCARVE PRO
WOOD CNC // A1
INTRODUCTION THEORY
In the CNC Intro theory assignment, students will learn the fundamental principles and concepts of Computer Numerical Control (CNC) machining. They will understand the components of CNC machines, programming basics, and tooling techniques. The focus is on theoretical knowledge, preparing students for practical CNC applications in woodworking and beyond.
CARBIDE TOOL // A2
CARBIDE CREATE | CARBIDE MOTION
In this module, students will utilize Carbide Create and Carbide Motion software for a CNC (Computer Numerical Control) machining assignment. They will learn to design 2D models using Carbide Create, and then use Carbide Motion to operate the CNC machine, translating their designs into physical objects. The assignment emphasizes practical CNC skills, creativity in design, and precision in execution.
PROGRAMMING // A3
RHINOCAM
In the RhinoCam assignment, you will learn computer-aided manufacturing (CAM) using RhinoCam software. This will help to create toolpaths, convert 3D designs into machine-readable code, and execute CNC machining processes. The focus is on practical projects to develop real-world machining skills and precision.
PROGRAMMING // A4
VCARVE PRO
In the VCarve Pro assignment, students will learn to use the software for advanced CNC woodworking projects. They will explore design, toolpath creation, and machine simulation. The focus is on creating intricate carvings and precise 3D models, enhancing their CNC machining skills.