Form prototype
Validate size, shape, handling, component placement and basic ergonomics before deeper engineering.
RAPID PROTOTYPING
Stop explaining the idea. Put a version of it on the table.
We build physical proof-of-concept systems that combine mechanical design, 3D-printed parts, electronics, sensors and user interaction.
WHAT WE BUILD
Prototype for learning, not for pretending the product is finished.
Every version should answer a question: Does the mechanism fit? Can the sensor read? Is the interaction understandable? Can the electronics survive the intended layout?
Functional prototype
Combine mechanics and electronics so critical functions can be tested in a realistic physical configuration.
Integrated demo
Create a presentable system for pilots, demonstrations, internal reviews, investor conversations or research showcases.
Iteration build
Take an existing prototype, identify failure points and rebuild the parts that block better performance or usability.
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PROTOTYPE WORKFLOW
What should this prototype demonstrate?
Define geometry, fit and assembly.
3D print or create test parts.
Add sensors, electronics and controls.
Observe, measure and identify the next change.
REAL PROTOTYPE / FOOD SAFETY DEVICE
Physical iteration is part of the engineering process.
PROTOTYPE REQUEST
Build the next version ↗Have a sketch, CAD model or electronics concept?
Send your current material and describe what the next prototype needs to prove.