3D Printing
3D printing has become an essential part of my engineering toolkit, allowing me to rapidly prototype ideas and transform digital designs into physical objects. From iterating on mechanical components to creating custom parts for robotics projects, 3D printing bridges the gap between conception and reality.
Design Process
My 3D printing workflow typically involves:
- Conceptualizing the design and sketching initial ideas
- Creating detailed CAD models using Onshape
- Analyzing the design for printability and structural concerns
- Preparing the model using AnyCubic Slicer
- Printing the prototype on my 3D printer
- Iterating and refining based on results
Materials & Equipment
I primarily work with PLA filament and use the AnyCubic printer for my projects. This combination allows me to produce quality prototypes with good detail and reliability. The printer's capabilities have helped me achieve tight tolerances necessary for functional parts.
3D Printing Projects
Explore my 3D printing projects and designs below:
Hinge Project
An articulated hinge designed and 3D printed to explore the challenges of creating moving parts. Through multiple iterations, I refined the design to achieve the perfect balance between flexibility and structural integrity.
More Projects Coming Soon
Additional 3D printing projects and designs will be showcased here. Check back soon for more prototypes and manufacturing work.
Key Learnings
- Understanding material properties and their effect on print quality
- Designing with tolerances in mind for proper fit
- Optimizing support structures to reduce waste
- Iterating quickly to refine designs
- Balancing design complexity with printability