Why tolerances matter: Even a 0.3 mm deviation can ruin mechanical assemblies, making accurate design gaps essential for functional 3D prints. Designing for fit: Different fits—press, snap, transition ...

One of the challenges facing precision manufacturers and their medical device manufacturing partners is the increasing feature complexity of tight-tolerance parts. These complex geometries can result ...

In manufacturing, the devil is in the details—and the smallest oversight can lead to big headaches. Too often, it’s 4:30 p.m. on a Friday, you find out your trusted machinist is away on a fishing trip ...

While a part’s design may meet all the right functional requirements, that doesn’t mean the design is suited for cost-effective CNC machining. In fact, some part features may be difficult or even ...

In 3D printing, tolerances are intentional dimensional gaps designed into parts to compensate for real-world imperfections like shrinkage, extrusion bulge, and layer squish. Unlike CAD’s ...