Problem
For beginners, the fabrication process can feel out of reach. The tools are often complex, the learning curve is steep, and the machines themselves are either expensive or are targeted for young audiences. Many tabletop CNC machines on the market lack essential safety features and clear, beginner-friendly guidance. All creating unnecessary barriers for those who simply want to start making.
Objective
To remove barriers found in traditional fabrication methods so makers can dive straight into what truly matters-bringing their ideas to life.
Design Criteria
Concept Development
Iterative sketches of the console and enclosure devices focusing on form, aesthetics, and user flow
CAD Models exploring features like a hinged lid for material access and built-in dust management. Refined into a more compact, "bloc"-like shape, emphasizing rounded, inviting edges.
Branding
Branding focused on a playful, approachable feel without skewing childish. Visual language aligned with the product and instructional booklet for a cohesive, welcoming experience.
Human Experience Testing
Rough physical prototype used to explore intuitive placement of buttons and controls. Early testing surfaced user expectations and informed ergonomic layout.
User testing revealed natural interaction patterns that shaped iterations in layout, ergonomics, and usability. Console form and visual style refined to align with the enclosure, creating a cohesive and inviting experience.
Prototyping
Initial enclosure built from 3D-printed parts and MDF, revealing that the drawer was unnecessary and a hose system offered better dust collection.
Second prototype introduced refined 3D prints and a simplified assembly with screw fittings. A wooden base and backing added stability, enabling full system testing and demonstration.
Initial enclosure built from 3D-printed parts and MDF, revealing that the drawer was unnecessary and a hose system offered better dust collection.
Second prototype introduced refined 3D prints and a simplified assembly with screw fittings. A wooden base and backing added stability, enabling full system testing and demonstration.
Final Product
The final bloc system is compact, joyful, and beginner-ready. Users operate the CNC with arcade-style joysticks and colorful buttons, navigating a simplified control scheme. The enclosure is made from sustainable materials—laser-cut wood and recycled PETG—and the instruction booklet walks users through their first project with illustrated, step-by-step guidance.
