Challenge

The client needed a method to manufacture critical engineering components on-demand under harsh field conditions where access to the power grid is completely unavailable. The system required heavy protection against mechanical impacts and water ingress, alongside a stable, quick-deployable work surface to ensure print accuracy in uneven environments.

Solution

Proximo developed a patent-protected, fully self-sufficient mobile 3D printing station integrated into a compact, high-strength transport box. Powered by an internal energy storage battery and a solar energy recovery panel, the unit features a ruggedized rugged laptop and an integrated expandable shelf system to secure a level workspace anywhere.

Scope of Work

Comprehensive engineering, hardware ruggedization, and manufacturing:

• Mechanical design and structural packaging of the printing system into a compact, easily transportable case
• Integration of a renewable power circuit featuring a solar collection panel and a high-capacity storage battery
• Engineering of an internal expandable mechanical shelf to create a stable printing plane on unfavorable terrain
• Selection and hardware integration of a heavy-duty, waterproof control laptop for reliable execution
• Development of full waterproof and dustproof structural sealing to protect sensitive electronic components

Outcome

The resulting innovation achieved full patent protection, offering field teams a rapid, reliable deployment workflow. The combination of sustainable off-grid solar charging, structural vibration dampening, and rigorous environmental sealing allows high-quality 3D printing tasks to be completed successfully in the most demanding outdoor conditions.