As measuring capabilities improved, components for nuclear weapons were designed to tighter tolerances, leading to an increased emphasis on precision manufacturing. As experts in dimensional metrology, machine design, and material removal processes, precision engineers have developed an impressive array of state-of-the-art tools, some of which are described in the box below.

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Etiam eget consequat odio. Proin sapien erat, venenatis ut mollis vel, pulvinar in eros. Cras vel felis massa, a vulputate leo. Donec posuere, orci in congue faucibus, erat metus feugiat augue, congue ultricies orci nulla in velit.

In many die and mold shops, the choice between ram EDM and CNC milling is far less clear than it used to be. Changing technology is changing the rules.Milling, for example, can now be applied more broadly than ever before. Machining centers capable of following precise, complex tool paths at high feed rates have made it cost-effective for shops to use fast

Plastic injection molding is the primary process for manufacturing plastic parts. Plastic is known to be a very versatile and economical material that is used in many applications. Although the tooling is expensive, the cost per part is very low. Complex geometries are possible and limited only to mold manufacturability.

The new 3D Mold or 3D Mould Design has many advantages over the earlier 2D techniques. It has the capacity to design complex moulds and also the capability to check the design through intervention inspection. The varying organic shapes used in product designs today cause split lines to become more intricate and difficult. The solid or surface model data that is produced for both split line and cavity creation during the mould design