CLICK is a modular open-frame PC case designed specifically for Mini-ITX systems and fully optimized for 3D printing.
The design focuses on flexibility, clean open-frame aesthetics, and easy assembly, making it ideal for SFF enthusiasts, modders, and test or showcase builds.
The case can be built either as a screw-assembled version or a magnet-based version, depending on your preference.
Versions
Traditional rigid assembly
Maximum structural stability
No magnets required
Fast assembly and disassembly
Clean, minimalist appearance
Ideal for frequent hardware changes
Hardware Compatibility
Motherboard: Mini-ITX
Power Supply: SFX
PCIe: Riser cable required
GPU Length:
Up to 320 mm with side support installed
Unlimited, if the side support is removed
Adjustable Center Bracket (Key Feature)
The center bracket is adjustable by 20 mm, allowing two main configurations:
2-slot GPU + CPU cooler up to 90 mm height
3-slot GPU + CPU cooler up to 72 mm height
In theory, taller CPU coolers can also be installed.
In this case, the cooler will simply protrude above the top frame of the case. The open-frame design allows this without functional limitations.
Required Additional Parts (Not Included)
PCIe riser cable:
200 mm
Double reverse
Heat inserts:
M3, 4 mm length
Required for every screw connection
Recommended: brass heat inserts, heat-installed
14× magnets 6×2 mm
14× magnets 6×3 mm
6× countersunk screws M3×8
2× motherboard standoffs M3×6
1× power button Ø 12 mm
30× additional screws M3×8
No magnets required
3D Printing Notes
Designed for FDM 3D printing
Recommended materials:
PLA+ (easy to print)
PETG or ABS (higher temperature resistance)
Heat inserts are installed after printing
All screw points are designed specifically for inserts
Good layer adhesion is recommended due to mechanical load
Download Contents
Complete set of STL files
Separate files for:
Screw version
Magnet version
Modular design for customization and modding
Optimized geometry for reliable, warp-free printing
The author marked this model as their own original creation.