The creator Visual Thinker documents an experimental engineering project to determine if resin-printed components can withstand the demands of a PC water cooling system. The goal is to build a one-of-a-kind concept case where the structural frame and exterior panels act as the primary distribution channels for the coolant, eliminating the need for traditional internal tubing.
Developing the Structural Frame
play_arrow1:04 The central idea involves using the case's corner mounts and panels as the actual pathways for fluid, effectively making the chassis the cooling loop.
play_arrow2:33 Initial structural testing utilized FDM (Filament) printing to establish the geometry of the corner mounts before moving to more specialized materials.
play_arrow6:11 To achieve the high precision and water-tight integrity required for the fluid channels, the project transitioned to using a Form4 Resin Printer for the final corner components.
Custom Functional Elements
play_arrow9:50 Rigorous testing was performed using a dedicated pressure leak tester to ensure that the 3D-printed resin parts and their seals could hold liquid under pressure without failure.
play_arrow10:18 A custom-engineered flow indicator was designed in Blender and resin-printed to provide visual confirmation of the coolant movement within the integrated chassis system.
play_arrow15:30 The build features large acrylic sheets that serve as the main distro plates, forming the transparent walls of the case while housing the bulk of the cooling fluid.
play_arrow19:00 Additional resin distribution blocks were fabricated to connect the primary acrylic panels to the pumps and cooling hardware, creating a seamless flow path through the skeleton of the PC.
Final Assembly and Results
play_arrow22:54 The project culminates in a fully operational small form factor computer that successfully cycles dyed coolant through its own frame, demonstrating the viability of high-resolution resin printing for advanced custom PC fabrication.