Some people associate the term milling turning with one single process. While both are conventional machining processes, milling and turning use different types of cutters and produce contrasting end results. Part one of our series discussed milling turning differences. This article focuses on some of their similarities.
Additive manufacturing is a process that adds thin layers of material to build an object. Subtractive manufacturing removes material. Both milling and turning are subtractive processes that use cutting tools to achieve the end result. Milling uses a multi-point cutting tool and turning uses a single point cutting tool to precisely remove layers from an object.
Both milling and turning processes can use cutting fluid as a coolant and lubricant. We will discuss this further in future articles.
Milling and turning both operate at a high cutting temperature and generate heat.
As we’ve outlined, milling turning is not a single process, but two separate subtractive manufacturing operations. A quality CNC machine shop will be able to explain milling turning differences and similarities and discuss why one may be preferred for your particular job.
When selecting a precision CNC machine shop, it’s important to not only ask about their experience, but also inquire about their equipment. Do they have the most advanced CNC machining equipment to perform your job? Is it properly maintained? JW Machine is proud to offer our clients the experience and equipment needed to produce a quality end result. Perhaps this is why respected industries that rely on precision partner with us. JW Machine is a full-service precision CNC machine shop offering milling turning, small part machining, close tolerance machining, contract manufacturing, laser cutting, laser engraving, laser etching, prototypes to production manufacturing and more. Whether you have an extensive contract manufacturing job, or just need laser engraving service for a small project, we can help! Give us a call today.