Challenge

The client required a completely autonomous and mobile 3D printing system capable of long-term field operation without reliance on standard grid infrastructure. The primary engineering challenge lay in integrating multiple renewable and chemical energy sources with an automated management matrix to guarantee continuous, uninterrupted printing cycles during transport.

Solution

Proximo designed and manufactured a patent-protected, highly mobile 3D printing system enclosed in a ruggedized, wheeled transport case. The unit features an advanced tri-source hybrid power infrastructure (battery, hydrogen generator, and solar collector) managed by automated switching logic, paired with remote execution and real-time vision telemetry tools.

Scope of Work

Comprehensive engineering, integration, and patent-ready manufacturing:

• Mechanical engineering and structural packaging of the 3D printer into a wheeled protective case
• Integration of a tri-source power network: internal energy storage, hydrogen generator, and solar generator
• Development of automated power switching control loops to ensure zero downtime during source transfers
• Design of a central control panel for system ignition and precise battery charge monitoring
• Implementation of remote-start hardware modules and a dedicated camera stream for real-time process viewing

Outcome

The resulting innovation successfully achieved full patent protection, delivering an unmatched mobile additive manufacturing asset. Offering several hours of continuous runtime completely off-the-grid, the system allows operators to securely initiate, monitor, and finalize critical print jobs remotely from any location.