Problem With the rise of 3D printing metal parts, designers can now create highly complex shapes, intricate curves, and internal geometries using methods like Direct Metal Laser Sintering (DMLS). However, these printed parts often have a rough surface finish and require post-processing to remove supports or refine the surface. CNC machining or milling is commonly used for this purpose, but holding 3D printed parts with complex or organic shapes during machining presents a sig

Unlocking a New Era of Customized Chocolate and Cake Gifts with PolyMorphic Moulding Imagine receiving a chocolate gift that’s not just delicious but also a 3D replica of your face, your car, or something deeply personal. Picture a wedding where each guest receives a dessert molded to look like their own face in stunning detail. This level of personalization, once the stuff of fantasy, is now within reach, thanks to a revolutionary technology called PolyMorphic moulding. Unli

The Problem Imagine you have a highly intricate 3D-printed part, such as a custom-designed exhaust manifold. This part requires precise CNC machining on the mating face, which will connect to the rest of the exhaust system and must create a perfect seal. The challenge lies in how to securely hold this complex part for machining. Traditionally, this process would be time-consuming, expensive, and wasteful, particularly if it's a one-time job for a prototype. The Solution View