I will create silicone mold slip casting, 3d cad model, injection mold, plastic mold

Yes. You don’t need a finished drawing. A rough sketch, reference photo, hand drawing, or even a written description is enough. I’ll help you refine the idea into a functional, manufacturable mold design while considering demolding, tolerances, and real-world use.

I design 1-part, 2-part, and multi-part silicone molds, depending on the complexity of the object. This includes molds for resin, epoxy, soap, candles, concrete, plaster, ceramics, and similar materials.

Yes. Slip casting molds are designed differently from standard molds. I account for wall thickness, shrinkage, release flow, and clean separation, making the mold suitable for ceramic, plaster, or clay slip casting processes.

Absolutely. All designs are created with real manufacturing constraints in mind, such as draft angles, parting lines, tolerances, and demolding clearance. The files are clean, manifold, and production-ready, not just visual models.

Yes. I create injection mold–ready CAD designs with proper draft angles and geometry suitable for plastic molding. For complex industrial molds, I focus on design-for-manufacturing (DFM) principles.

You will receive STL, STEP, or OBJ files depending on your package. If you need a specific format for your manufacturer or software, just let me know before delivery.

Yes. All files are checked to ensure they are watertight, manifold, and optimized for 3D printing, whether you are printing the mold itself or a master model for silicone casting.

Yes. I can repair, optimize, or redesign existing files to make them mold-ready, including fixing geometry issues, adding parting lines, or adjusting dimensions for casting.

Yes, strongly recommended. Messaging first helps clarify requirements, avoid misunderstandings, and ensure you select the correct package for your project.