Corsair Titan AIO Custom Cover with Wood Panel

Corsair Titan AIO Cover with Wood Inlay

Overview

This cover replaces the original Corsair Titan AIO cover on the CPU. The three-part design combines 3D-printed components with a wood inlay as an alternative design option.

Background

3D printing alone often looks prototypical. Since this is a decorative component, this design combines 3D-printed precision with wood. This creates a contrast to the standard plastic look.

Components

The design consists of three 3D-printed parts:

• top_part.stl - Upper frame
• center_part.stl - Transparent middle part
• bottom_part.stl - Lower frame with mounting elements
• Wood Inlay - Decorative element made from 2mm wood

Print Settings

Tested with:

• Material: PLA
• Layer Height: 0.12mm
• Infill: 15%
• Supports: Tree Supports (only on hidden surfaces)
• Print Time: approx. 2 hours (two separate print jobs)

The model is designed so that supports only attach to non-visible surfaces.

Wood Inlay

For laser cutting:

• Material: 2mm wood (tested with walnut)
• File formats: AI and other templates available
• Alternative: If no laser cutter is available, the inlay can also be printed (top_cover_for_print.stl)

Assembly

Required:

• Super glue
• Optional: Laser cutter for wood inlay

Procedure:

1. Assemble the three 3D-printed parts (held together by precise fit)
2. Insert wood inlay
3. Fix all connections with super glue
4. Order of assembly is flexible

The parts are precisely designed and hold together without glue, but should be glued for permanent fixation.

Installation

The finished cover replaces the original Corsair Titan AIO cover on the CPU.

Compatibility

Designed for Corsair Titan AIO systems.

Files

• top_part.stl - Upper part
• center_part.stl - Transparent middle part
• bottom_part.stl - Lower part
• top_cover_for_print.stl - Printable inlay (if no laser cutter available)
• laser.ai - Adobe Illustrator file
• laser_engraving - Engraving template
• lasercut - Laser cutting template

Tested

• Elegoo Neptune 4
• PLA material
• Works as described
  
   

This description was translated using Claude.ai