Grooving & SlittingGrooving and slitting ops are facilitated by a new family of tools launched by Sandvik Coromant (coromant.sandvik.com/us). There is the CoroMill 329 cutter, which deploys CoroCut two-edge inserts and a strong V-rail clamping interface.
Although there is an increased use of non-metallic materials in cars and components, there are still plenty of steel, cast iron, alloys, aluminum, magnesium, and other metals being transformed into parts on the one hand and chips on the other. Here's an array of equipment that can help make metal removal fast, accurate andefficient.
It isn’t just about the tools of the trade that are found in various places on the pages of this magazine. It is also about how those tools are deployed. In the area of rapid prototyping—the world of product simulation—an MIT researcher has some interesting thoughts about the implications of models for successful companies.
Machine tool builders are coming up with some pretty innovative ways to capitalize on advances with both mechanical and electronic componentry. Here are some examples of both—including how they're mating the two together.
For years, machine tool makers claimed their machines could work at higher speeds, if only cutting tools could perform effectively. Advances in cutting tool materials and technology seem to have evened the score. But who is the fastest?
Here are two views from two separate companies—best known, probably, as transfer line manufacturers—about the importance of doing things differently by applying appropriate technology to production requirements.
We put the question to a non-scientific cross-section of users and machine builders. What we found was a whole class of machining centers aimed at higher-than-traditional volumes. Speed and flexibility for operational agility is the name of the game.