Hey everyone! My name is Vali. I spend my day job pushing heavy geometry in ZBrush, Unreal Engine, and Cinema 4D. But when I put a Bambu A1 on my desk, I realized the everyday 3D printing workflow is fundamentally different. If you download a static vase STL and scale it up 150% in your slicer, you ruin the wall thickness. Your 1.2mm wall becomes 1.8mm, the print time doubles, and the nozzle pathing gets messy. I didn't want to open heavy CAD software every time I needed a custom lampshade or geometric planter, so I built a browser-based engine to do it for me. It’s called MOORPH. To be clear, this is not a prototype or a beta test. It is a fully live, production-ready application. You drag sliders to change the height, radius, twist, and wave frequencies, and it calculates the math locally in your browser. You define your exact wall thickness and base layers, and it exports a clean, manifold STL that slices perfectly in Bambu Studio. No inverted normals, no microscopic gaps. You can use the live engine right now here: https://moorph.app While the core generator is finished and actively being used, software is never done. I am investing my time into building the next batch of parametric modules, and I want input from people actually running print farms and hobby machines. I am giving away 5 Lifetime Commercial Licenses. To get one, drop a comment below telling me what specific shape, parameter, or physics module I should build into the engine next. I will pick the 5 most useful ideas on Sunday and DM you the access codes. Run the engine, slice the STLs, and let me know what you want to see next. I really need your input to make this a better tool than it is now. Thank you! #Lamp #Lampshade #Lamp Shade #Vase #Parametric #Bambulab(Edited)

3D打印神奇的魔法，隐藏纹理的小灯罩。 小小的模型，带着满满的东方祝福！ #Lightbox #lamp shade #Eastern(Edited)