New Snap-Fit Corner Radius Router Jig I’ve just released a new Snap-Fit Corner Radius Router Jig designed to be simple, modular, and screw-free. The inserts lock into the base with a snap-fit system, no hardware needed. Metric and imperial inserts are available, plus two optional insert holders. Feedback is very welcome, and if you like it, a boost is appreciated! 💜

New 3D Printed 90° Corner Clamp – Feedback Welcome! Hi makers! 👋 I’ve just finished designing a fully 3D-printed 90° corner clamp jig for woodworking and DIY projects. It’s designed to keep parts perfectly square during gluing or screwing, without using any metal hardware. Key features: - Integrated printed thread (no bolts or nuts) - Easy to print - Designed for strength and simplicity - Ideal for small workshops and DIY furniture I’m currently testing print settings and tolerances, so I’d really appreciate: 👉 feedback 👉 suggestions for improvements 👉 real-world use cases The model will be released very soon on MakerWorld. Thanks in advance to everyone who shares their thoughts! 🙌

🐰❤️ Easter Bunny with Heart ❤️🐰 Hi Makers! I’m happy to share my Easter Bunny holding a heart 🐣 The model is designed to be easy to print, solid, and beginner-friendly, with no AMS needed. Perfect for Easter decorations, small gifts, or spring-themed setups 🌷 Printed in two colors for a clean and cute result! If you like it, I’d really appreciate a like, download, or comment — thank you and happy Easter everyone! 🐇✨

New model released! This 10° angled table leg bracket makes it easy to build stable, modern tables using standard wooden legs. Designed for precise alignment, repeatability, and clean results. Perfect for tables, benches, desks, and DIY furniture projects. Feedback and suggestions are welcome!

New model released! I designed this 90° panel assembly clamp to keep wood boards perfectly square during gluing or screwing. It’s compact, easy to print, and actively clamps the panels instead of just holding them in place. Works best when using two or more clamps for accurate assemblies. Feedback and suggestions are always welcome 👋