A shop I once worked at had a beautiful cast iron welding table. It was 5' wide × 12' long and had started life as a surface plate for assembling diesel engines. The owner bought it at auction for $100. With a screen in the middle, two guys could work on it at once.
After acquiring my first iPhone, I searched the Internet for apps to use in the shop. I found 70 hits for "machinist" or "machining" and 45 for "cutting tool." Conversely, there were 11,169 hits for movie apps and 37,616 for music apps.
Every lathe and grinder operator has, at one time or another, struggled with workpieces that are out of round, tapered or have poor finish. The "quick fix" is typically replacing centers. The more involved fix requires replacing spindle bearings that appear to have failed prematurely. In either case, the problem goes away initially, only to reoccur a short time later.
Imagine building a ship in a bottle, but instead of using a preexisting bottle, you build the ship along with the bottle while machining the ship's and bottle's surfaces as you go.
Joe's struggling to package a truckload of parts before noon. Mary can't keep up on the painting line. Jimmy's in trouble with the boss because he can't make quota. These are just a few of the challenges faced by workers on the manufacturing floor, problems that, in many cases, can be solved with collaborative robots.
It's quite common for CAM software to come with built-in simulation to identify potential collisions and optimize virtual machining. However, most versions don't deliver the experience of programming in the context of the NC machine and instead rely on third-party machine simulation to connect the processes. To visualize a toolpath simulation in the context of the NC machine, the programmer must transfer a machine code (ISO or G code) generated from a post-processor to the simulation software.
Capacitance sensors are noncontact sensors used in machine tools to measure the distance between a noncontact probe and a target sensor. Because the probe does not physically touch the target, capacitance sensors are beneficial in instances where the target surface is moving, such as a rotating spindle, or delicate, such as a silicon wafer.