Mechanical Design, Machine Design
The CNC machine project aims to create a user-friendly and affordable solution for artists, hobbyists, and educators interested in producing intricate textured art, particularly pointillism artwork. The machine will automate the process of applying individual dots of acrylic paint or silicone caulking, allowing users to create detailed artworks with ease.
Key features of the project include:
Artistic Vision: Enabling users to produce pointillism artworks characterized by intricate patterns, textures, and depth.
Materials: Compatibility with acrylic paint or silicone caulking, providing flexibility for artists to choose their preferred medium.
Texture and Detail: Capable of achieving fine detail and texture resolution to accurately reproduce intricate patterns.
User Experience: Emphasis on user-friendliness with an intuitive interface, straightforward operation, and safety features.
Budget and Timeline: The project is constrained by a budget of 300 JOD and a timeline of two weeks for design, fabrication, and testing.
The two-week plan outlines the following tasks:
- Designing and prototyping the CNC machine structure and extruder mechanism.
- 3D printing components and assembling the mechanical structure.
- Setting up the electronic components, including Arduino Mega, CNC shield, stepper motors, and power supply.
- Designing and assembling the extruder mechanism for paint or caulking application.
- Programming the CNC machine for motion control and extrusion processes.
- Conducting thorough testing, troubleshooting, and documentation of the fabrication process.
The Bill of Materials (BOM) includes essential components such as Arduino Mega, CNC shield, stepper motors, power supply, aluminum profiles, lead screws, linear bearings, and fasteners.
Overall, the project aims to deliver an accessible and efficient tool for exploring the intersection of CNC technology and art, catering to users with varying skill levels and creative aspirations.