Slim and practical ID card holder designed for everyday use. Fits standard ID cards, access cards, RFID cards, employee badges, and similar card formats.

Features a secure recessed pocket, easy-access cutouts for quick card removal, rounded corners for comfort, and a top slot for lanyards, clips, badge reels, or keyrings.

Lightweight, durable, and optimized for easy 3D printing with no supports required. Great for offices, schools, events, workshops, and daily use.,
 

If you want to change some settings like card height or width you can download the parametric file and export the STL file. 

Customize ID card back side with Hue forge - 
Included the backplate design and negative as well, you can use that to customize your id card back side. I tried adding a hue forge (Not included in the model though), but you can create it using the steps below.
 

Steps to create the back size hueforge - 
1. Create an image of size 1086 * 661 px in figma, add border radius of 60px (check the image below)
2. Export it and import the same in bambu lab hue forge tool - croma canvas.
3. Adjust the hue forge based on your need but change the size to 66.1 * 108.6 mm (Important)
4. Change the base height to 0.4mm
5. Export it to bambu lab slicer. Verify your hue forge by slicing first.

6. Selected the model in the preview mode and left click > add negative, then Import the negative I shared in the 3mf file (export it as an .stl file if needed from the same project). This negative will add the corner radius and the hole. 

7. After print you can stick the hueforge back size on the card with a decent glue


Figma Settings - 

Card Size (VERY IMPORTANT)
 

Features
• Fits standard ID cards but you can still change the size by download the freecad file and updating the height and width. (I will create a scad file in future)
• Easy card removal design
• Lanyard / keyring slot
• Rounded comfortable edges
• Lightweight and durable
• Fast and easy print

• Can customize it with hue forge on the back

Print Settings
• PLA / PETG / ABS
• 0.20 mm layer height
• 15–25% infill
• 2 walls
• Print flat on bed
• Minimal supports

• Prefer infill pattern as Hilbert curve if going for Hue forge on the back

best settings for Hue forge - 

• Infill - 100%

• Infill pattern - Hilbert Curve