Kumiko Patterns Generator

UPDATE

Dear all, first of all thank you for the amazing feedback! If you liked the tool, check out the Kumiko Pattern Generator V2. 

It allow to very bars heights, apply various shapes and introduces new pattern. Hope you will like it. 

Welcome to the Kumiko Patterns Generator, a fully customizable OpenSCAD file that brings the elegance of traditional Japanese woodworking into the world of 3D printing. Inspired by the intricate latticework seen in shoji screens, furniture, and architectural decor, this tool lets you craft authentic Kumiko-inspired designs with full control over size, thickness, and complexity. Perfect for creating ornamental panels, lamps, coasters, or artistic grids! 🏯🪵

🌸 Key Features:

• Authentic Kumiko patterns – Choose from multiple traditional geometric designs.
• Customizable tile grid – Adjust the size & number of repeating patterns.
• Fine control over thickness & height – Suitable for delicate designs or sturdy prints.
• Optional frame – Add a structured border for a polished look.
• Centered layout – Ensures seamless alignment for 3D printing & CNC cutting

🔧 Adjustable Parameters:

• patternType – Select the Kumiko pattern you want to generate.
• tile_size – Set the size of each repeating tile.
• bar_thickness_main – Adjust the thickness of the structural lines.
• bar_thickness_minor – Control the decorative minor lines.
• bar_height – Define the extrusion height for 3D printing.
• num_tiles_x & num_tiles_y – Configure the grid size for your pattern.
• use_frame – Enable or disable an outer border.
• frame_width – Adjust the thickness of the outer frame.

🔲  Available Patterns:

• Asanoha – A classic hemp-leaf pattern, symbolizing growth and strength.
• Triangle – A sharp, angular pattern based on traditional Japanese geometry.
• Goma Simple – A minimalist interlocking squares design.
• Goma – A more intricate woven grid, inspired by Kumiko latticework.
• Izutsu Tsugi – A grid-based interlocking pattern with perspective effects, inspired by traditional joinery techniques.

🤖 AI Use Disclosure:

This model description and text were created with help from AI to improve clarity and presentation. The design itself is fully original.