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Tactical soldier-themed adjustable GPU support stand designed to help support a graphics card and reduce GPU sag inside a PC case.
The height is adjusted through the threaded mechanism, allowing the support to fit the space between the graphics card and the bottom of the PC case. The tactical soldier figure is integrated into the support for a distinctive gaming setup aesthetic.
Features- Adjustable height: 74-114 mm
- Body dimensions: 17 x 17 mm
- Thread-based height adjustment
- Diamond-textured adjustment rings for improved grip
- Tactical soldier design
- Compact and sturdy construction
- Designed for 3D printing
Printer: Bambu Lab A1 Mini
Nozzle: 0.4 mm
Material: PETG
Layer Height: 0.20 mm
Initial Layer Height: 0.20 mm
- Wall Loops: 6
- Detect Thin Wall: Off
- Alternate Extra Wall: Off
- Infill Density: 30%
- Infill Pattern: Gyroid
- Top Shell Layers: 5
- Top Shell Thickness: 1.0 mm
- Top Surface Density: 100%
- Top Surface Pattern: Monotonic
- Default: 0.40 mm
- Outer Wall: 0.40 mm
- Inner Wall: 0.40 mm
- Top Surface: 0.40 mm
- Sparse Infill: 0.40 mm
- Support: 0.40 mm
- Seam Position: Aligned
- Seam Gap: 15%
- Smart Scarf Seam Application: Enabled
- Scarf Application Angle Threshold: 155°
- Scarf Steps: 10
- Scarf Joint for Inner Walls: Enabled
- Wipe Speed: 80%
- Role-Based Wipe Speed: Enabled
- Ironing Type: Topmost Surfaces
- Ironing Pattern: Rectilinear
- Ironing Speed: 30 mm/s
- Ironing Flow: 10%
- Ironing Line Spacing: 0.15 mm
- Ironing Inset: 0.21 mm
- Ironing Direction: 45°
- Skirt Loops: 2
- Skirt Height: 1 layer
- Skirt Distance: 2 mm
- Brim Type: Auto
- Brim-Object Gap: 0.1 mm
- Prime Tower: Enabled
These are the settings used for my test print with PETG on a Bambu Lab A1 Mini using a 0.4 mm nozzle. Depending on your filament, temperatures, cooling and printer calibration, minor adjustments may be required.
File InformationFile Format: STL
Recommended Material: PETG
Recommended Use: PC builds, gaming setups, custom 3D-printed components and gaming-themed setups.
REVIEWS & COMMENTS
accuracy, and usability.
