¿Cómo diseña y programa características complejas de torno CNC como roscas, ranuras y afilados?

Some smaller shops won't have the finances for a £20k cad solution so learn the maths. Simple trigonometry and a Zeus book will get the job done if it has to. Half a brain helps as well..

"Complex CNC lathe features"? The features mentioned are generally far from complex. I started programming CNC lathes over 40 yrs ago, before CAD/CAM was available to most shops. Programming was done manually, via "G-code", typed either on a "Flex-writer" tape punch machine, or directly into the machine control. The PC had not been invented yet. Many current lathe programmers do it very much the same way, but the PC has made storage, and editing of programs much easier. Standard G code "canned-cycles" simplify threads & grooves to just one or two lines of code. Tapers are as simple as having an X & Z value on the same line of code. This question must have been generated by AI. It shows a lack of understanding basic concepts.

I've done this several different ways. I've used conversational control, Mastercam, and Bobcad. If it was a simple taper for a shut off I would use the conversational as it was so much more faster to do at the machine. If I was doing geometry, I would use the software. Mastercam and Bobcad both are good Lathe programs, I think Bobcad might be a little better for the Lathe but Mastercam blows them out of the water on the mill.

As I am into CNC machining and investment casting, we follow this: Designing and programming complex features on a CNC lathe, like threads, grooves, and tapers, involves using computer software to plan out how the machine will cut the metal. We draw the part, tell the software what we want, check everything looks good, and then let the machine do its job to make the part with all the special shapes and details.

Creating intricate features on a CNC lathe, such as threads, grooves, and tapers, is like giving the machine detailed instructions on what to carve out of a block of material. This involves using special computer software to design the shapes and paths for the cutting tools. It's a bit like drawing a blueprint for the machine to follow. It requires skill and know-how to ensure everything turns out just right.

This is technology that existed about 20 years ago. The methods used by companies that are still in business remain a trade secret and are beyond the vision of a AI enhanced web article search

@George Programming a lathe with advanced functions is easy if you follow these simple steps: Your first step should be to visit Starbucks. (People who say that Dunkn Donuts is better, has a hole in their theory) Order anything with a triple shot of espresso. More powerful than Paul Atreides' "the spice", caffeine will grant you great mental acuity without the tell-tale glowing blue eyes. Step 2: drink ALL of it. Step 3: With your brain in high gear and eyes spinning, grab a notepad and pencil. You are now ready to write your program by hand. Step 4: Laugh at AI's inability to enjoy a caffeine buzz.