UPDATE 26.05.2026 🚀 We are continuously improving the Gridfinity Planner! New feature: You can now see the exact build plate arrangement of all parts directly in “Print View”. The downloaded ZIP now also contains organized build plate folders for easier printing/importing. Additionally added: ✔ Grid & bin assembly instructions ✔ Part overview ✔ Bill of materials More updates coming soon — feedback is welcome! :)

#Parametrichomedecor #Gridfinity #Contests #Parametric We are currently developing a browser-based Gridfinity layout planner that lets you design custom drawer layouts in 3D and export ready-to-print STL files. The goal is to make Gridfinity planning faster and easier. We would love to know what feature matters most to you! Your answer is not listed? Just write it in the comments! We really appreciate every piece of feedback! :)

I really like using an AMS Flipper for TPU loading because it makes direct filament feeding much easier. But I always had the concern that the tilted AMS could tip towards the printer enclosure. So I designed a compact mechanical stop that keeps the AMS securely in position while tilted backwards. Simple print, no supports, practical everyday upgrade for TPU users 👍

We are currently developing a browser-based Gridfinity layout planner that lets you design custom drawer layouts in 3D and export ready-to-print STL files. The goal is to make Gridfinity planning faster and easier — especially for non-standard drawer sizes. We would love to know what feature matters most to you!

Are you tired of manually designing Gridfinity layouts for drawers that never fit the standard grid perfectly? Together with GRUND.DEV, we created a GUI-based web app that lets you plan fully custom Gridfinity layouts directly in your browser: http://gridfinity.ftdesign.at/ ✔ Any drawer size ✔ Interactive mouse-based layout editor ✔ Individual bin heights ✔ Automatic printer build plate splitting ✔ Direct STL export Feedback is welcome — we are continuously improving the app!

Are you tired of manually designing Gridfinity layouts for drawers that never fit the standard grid perfectly? Together with GRUND.DEV, we created a GUI-based web app that lets you plan fully custom Gridfinity layouts directly in your browser: https://gridfinity.ftdesign.at/ ✔ Any drawer size ✔ Interactive mouse-based layout editor ✔ Individual bin heights ✔ Automatic printer build plate splitting ✔ Direct STL export Feedback is welcome — we are continuously improving the app!

These parametric bins are designed to match the reduced row and column of the Full-Drawer Gridfinity system. They enable full drawer utilization even for non-standard dimensions while remaining compatible with the original Gridfinity interface. The model can be mirrored and automatically adapts to build volume limits.

Maximize your drawer space with a fully parametric Gridfinity grid. This model removes the fixed 42 mm limitation by adapting outer rows and columns while keeping full compatibility with standard bins. Just enter your drawer size and generate a perfect fit. Optimized for minimal material and easy printing

Customizable storage box with integrated front panel for a clean and functional shelf setup. Easily adjust dimensions using a simplified parameter set and reference sketch. Designed for support-free printing and universal use. Let me know if you need additional parameters.

UPDATE 24.04.2026: A parametric model is now available, allowing you to customize the design to your specific requirements.

UPDATE 24.04.2026: A parametric version of the model is now available. Key dimensions such as cable diameter and geometry can be adjusted to match specific requirements. This enables customization for different cable types and use cases while maintaining the original functional design.

UPDATE 24.04.2026: A parametric version of the model is now available. Key dimensions such as cable diameter and geometry can be adjusted to match specific requirements. This enables customization for different cable types and use cases while maintaining the original functional design.

This clamp-on holder keeps your caliper and tape measure directly at your workstation in a defined position. Designed for reliable printing and simple installation without permanent mounting. Functional and clean geometry for everyday workshop use. Write if you need different dimensions.

DRY INSIDE SAVE OUTSIDE This model provides a functional solution for utilizing waste heat inside a 3D printer enclosure to regenerate desiccant during normal printing operation. The design is based on the principle that thermal energy already present in the build chamber can be reused to reduce additional energy consumption for drying processes.

Update 23.02.2026: I have added troubleshooting print profiles in case you experience printing issues. If you continue to have problems, calibrate your printer, clean the print bed, set the print speed to 50%, and open the enclosure door.

Update 23.02.2026: I have added troubleshooting print profiles in case you experience printing issues. If you continue to have problems, calibrate your printer, clean the print bed, set the print speed to 50%, and open the enclosure door.

Update 23.02.2026: I have added troubleshooting print profiles in case you experience printing issues. If you continue to have problems, calibrate your printer, clean the print bed, set the print speed to 50%, and open the enclosure door.

I designed an organic lamp for the Bambu Lamp Kit with controlled light transmission and indirect illumination. The 0.8 mm wall creates a soft ambient glow while keeping the structure stable. Two sizes (100 mm and 190 mm) are available. Print profiles for PLA, PETG, and PETG with PLA support interface are included. Optimized for clean surfaces and reliable thin-wall printing. Feedback on print quality and light effect is welcome.

This model is a compact storage box designed specifically for q-tips. Its dimensions are optimized for travel use, allowing safe and hygienic storage in luggage, handbags, or backpacks. The box protects the contents from contamination and mechanical damage. Due to its simple geometry, it is easy to print and assemble. The model is suitable for everyday use at home as well as for travel. It can also be used as a small practical gift, for example for birthdays or Christmas.

#Help Center Indirect Lamp – Visible Dots & Uneven Surface (PETG) Hello fellow designers and 3D printing enthusiasts, I’m currently developing a lamp designed to emit soft indirect light. To achieve a pleasant translucency, I used a wall thickness of 0.8 mm with a 0.4 mm nozzle (2 perimeters). Unfortunately, I’m not satisfied with the print quality. When the light is turned on, I can clearly see small dots across the surface. I suspect this may be related to the random seam position. In addition, there are visible density inconsistencies that become very noticeable when illuminated. The outer surface also doesn’t appear as smooth as expected. Print setup (Bambu Studio): Adaptive layer height up to 0.28 mm Outer wall speed: 100 mm/s Material: PETG (white & blue) PLA used as an intermediate support structure layer Otherwise default Bambu Lab settings Have you experienced similar issues with thin translucent walls? I would prefer not to increase the wall thickness, as I really like the current light transmission effect. Any suggestions for improving optical uniformity and surface quality would be greatly appreciated.