How It Works

The core of AutoFAB is a multi-material robotic printing system. It deposits structural polymers, conductive traces, and flexible materials in a single continuous build — no manual changeover, no reassembly between steps.

Print heads are modular and swappable. The material set expands as the system matures. The goal is for the printer itself to be printable — so the system can produce its own replacement parts.

Printing parts is the easy half. Assembly is what turns parts into products. AutoFAB uses a robotic arm with computer vision to pick and place components, route wiring, seat connectors, and drive fasteners.

The assembly module operates on the same build platform as the printer. No handoff. No conveyor. The product stays in place from first layer to final assembly step.

Every axis of motion, every sensor reading, every assembly decision is managed by the AutoFAB control stack. Upload a design. The software breaks it into a build plan: what to print, in what order, where to place components, how to sequence the assembly.

The control stack is where the intelligence lives. It's the part of AutoFAB that improves fastest, compounds over time, and eventually drives the system toward full autonomy.

Closed-loop inspection happens throughout the build, not just at the end. Vision systems and onboard sensors detect defects at each stage. The system can halt, flag, or self-correct — depending on the nature of the problem and the confidence in its diagnosis.

AutoFAB is not fully autonomous today. But it's built to become more autonomous over time. Each new capability — better vision, smarter build planning, self-calibration — removes another category of human intervention.

The roadmap runs from supervised operation today, through self-monitoring and self-calibration, toward a system that can manage its own maintenance, replace its own worn parts, and eventually produce the components needed to build additional AutoFAB units.