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Production quality parts without the tooling investment.
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The ultimate goal of DFM (Designing for Manufacturing) for CNC machining is to design parts that achieve the design requirements while reducing the complexity of machining operations and the potential for quality issues. When designing for CNC machining, the maxim, simplicity is the ultimate form of sophistication, applies. Despite its automated nature, CNC machining can […]
Article
Ductility, strain, and toughness are fundamental concepts in the field of engineering, particularly in materials science and mechanical engineering. Ductility is a measure of a material’s ability to deform plastically (permanently) before fracture. In other words, it’s a measure of a material’s ability to stretch or bend without breaking. Ductile materials, such as copper and […]
Article
Fluid mechanics is one of the four branches of mechanics, the study of how fluids behave at rest or in motion — and you’re likely to use this knowledge as an engineer in real practice fairly often. I have used fluid mechanics to design heat exchangers for airplanes, to predict the flow of chemical solutions […]
Article
Fillets are one of those mysterious design features for which there seem to be no clearly defined rules. Either a part is entirely devoid of fillets, and most or all edges are well-defined, or the part’s designer decided to take the opposite route, and every single edge and corner is rounded with some size of […]
Article
CNC turning services offer a widespread technology for manufacturing cylindrical parts from various materials. Unlike CNC milling, CNC turning rotates the workpiece and introduces a stationary tool into the workpiece. Advanced CNC turning centers take this further by adding milling functionality to the machine to produce highly complex parts like those in the image below: […]
