Stop organizing with random shoeboxes or bins that don't fit. This fully parametric Universal Storage Box Generator allows you to create the perfect container for any item. Whether you need a specific size for your drawer, a parts bin for screws, or a custom planter, this OpenSCAD tool calculates it perfectly for you.

🧠 Behind the Design (For Makers & Moderators) 

This is not a simple static cube extrusion. This is a fully parametric OpenSCAD tool utilizing a complex "Internal Dimension First" calculation. The algorithm dynamically adjusts outer wall boundaries based on user input, computes continuous corner radii using offset() logic, and mathematically applies a multi-layered hull() subtraction to create a bottom chamfer, mitigating the 'elephant's foot' effect. This ensures dimensionally accurate, functional containers for precision organization.

🛠️ Customizer Features
This model is "Internal Dimension First". You measure the item you want to store, and the generator builds the box around it.

• Inner Dimensions: Set the exact Width, Depth, and Height of the storage space.
• Wall Thickness: Make it thin (lightweight) or thick.
• Corner Radius: Go for a sharp industrial look or a soft, modern aesthetic with rounded corners.
• Bottom Chamfer: Adds a slight bevel to the bottom edge so the box doesn't look like a simple CAD extrusion (and prints better without an elephant foot).
• Label Area: Optionally generate a dedicated flat cutout to easily apply organization labels.
   

🖨️ Print Settings
This is designed to be a fast, functional print.

• Material: PLA, PETG, or Matte PLA for a nice look. ABS/ASA also works fine.
• Walls: 2 or 3 walls (Start with 2 for speed).
• Infill: 15% is sufficient.
• Layer Height: 0.20mm

💡 Application Ideas

• Drawers: Measure your kitchen drawer and print boxes that fill the space exactly 100%. It will make your life so much better!
• Workshop: Print heavy-duty bins with 3mm walls for heavy bolts.
• Desk: Use "Matte" filament and a large corner radius for a clean Apple-style aesthetic.

❤️ Like my work?
Post a photo of your organized setup! It helps others see the potential of parametric design.

Happy Printing!