About the Project
In collaboration with key partners, the St. Clair College Research and Innovation department has achieved significant successes in the 3D printing industry. The project focused on innovating complex printing techniques to reduce waste, minimize errors, and enhance reliability and accuracy. By utilizing the Core XY system and an open-source printer design, the project aimed to eliminate excess materials and equipment needed for tool changes. This initiative has advanced 3D printing tools, enabling the production of complex prints with various materials and improving overall print quality.
Project Overview
Team Members:
- 2 Researcher
- 1 Student Researcher
Areas of Expertise:
- 3D Printing Technology
- Material Science
- Sustainable Manufacturing
Technologies:
- Core XY System
- Voron 2.4 Open-Source Printer Design
Key Innovations
- E3D Tool Changing System: Simplified the swapping of hot ends, extruders, and other tools through its modular tool head system.
- Markforged Mark Two: Utilized button head screw design from the bed for stability and realignment advantages.
- Dual Extruders: Added extra extruders to Curra and Klipper software, switched using G-Code commands to improve efficiency.
Impact & Benefits
- Reduced Waste: Minimized material waste through innovative printing techniques and tool changes.
- Increased Reliability: Enhanced reliability and accuracy in 3D printing processes.
- Sustainable Practices: Promoted the use of biodegradable and eco-friendly materials in 3D printing.
- Industry Advancement: Provided significant advancements for industry practices, particularly in multi-material printing.
Related Programs
#3DPrinting#SustainableManufacturing#MaterialScience#Engineering#Innovation
