Before getting into the technicalities, it's important to grasp what precision turning is. Precision turning is the process of removing excess material from a task to minimize its size and convert it into the correct proportions so that it can fit where we need it. So, fundamentally, it entails cutting excess material to get the required material shape.

Methods And Tactics Before CNC Was Invented

Before the development of CNC machines, people were able to achieve accuracy in machining procedures such as tapering, turning, cutting, and drilling. To obtain a high level of precision, they also employed traditional equipment such as blades, see-saws, hammers, and so on, but this method required more effort and time. As technology progresses, so do procedures, which raise the level of precision. We can now execute precise machining on a variety of materials, including wood, metal, and plastic.

Pros Of CNC Precision Machining

CNC is a new invention in precision machining because it can do many high-precision procedures at the same time, such as precision turning. It has a tiny numerical computer that is programmed according to the needs, and the machine then performs all of the operations based on the program sent back to the computer. A specialized technician and operator are required to operate the equipment smoothly and safely. CNC aluminum is used in most enterprises on a regular basis. CNC machines have several benefits over conventional machining techniques, some of which are described below:

High Accuracy and Precision -

Produce highly accurate and precise components in less time.

Time Saver -

In comparison to traditional machining procedures, this process saves a significant amount of time.

Cost Saver –

Low cast due to insufficient effort and resources.

Safety –

It is much safer than earlier machining procedures since you do not have to deal with the equipment. And in the CNC machine, all you must do is enter the software into the computer; the machine will do the rest of the job.

CNC High Turning Precision

First, let's define CNC turning. CNC turning is the method of producing detailed turned objects using a lathe. CNC turning is a highly skilled engineering machine operation that creates and manufactures more intricate parts for various applications. The basic approach is the same as in a normal lathe, but with a CNC lathe, everything is controlled by a computer, including the speed of the motor and the speed of the cutting tool, so there is no room for error.

Using a contemporary CNC turning lathe and CNC components, very fine details may be carved on the needed work with extremely low tolerances. The lathe is entirely controlled by a computer software that keeps track of every machining operation on the task.

What Is the Difference Between CNC Milling and CNC Turning?

CNC milling and CNC turning both enable the user to manufacture high precision custom machined items with extremely fine features and perform operations on those parts with high accuracy.

In CNC milling, the user must first set and feed the program into the computer before setting it to run. The spindle then revolves along the axis, accurately cutting excess material with precision turning to produce turned pieces. Computer programming allows you to produce accurate and sharp cuts.

CNC Turning is the process of creating a unique end product using computer-controlled machinery. To remove chips, a single-point cutting tool is positioned parallel to the task. The tool is rotated at dynamic rates, and the tool cutting traverses to create circular cuts with precise measurements. It does not form round or hollow shapes from bigger material objects. It is an automated approach, and speeds will be adjusted for greater precision rather than manually turning a shaper.

What Parts Require High Precision Turning?

Without a doubt, CNC turning and CNC milling are two distinct operations that provide different outputs. CNC centers are ideally suited for short-run manufacturing and prototypes larger than 0.25D, whereas turning centers can handle larger prototypes. They all need to be verified separately based on the part product, which will undoubtedly affect the price of the parts. If you need certain components created and are unsure whether to employ CNC milling or CNC turning, you should seek a second opinion.

High-precision CNC turning components, also known as custom parts, are in high demand in practically every sector, including automotive, biomedical, aerospace, instrumentation, robotics, and many others.

The New Innovation: Ultra Precision Machining

Ultra-precision machining is a recent advancement in precision machining that enables equipment to perform fine machining at the micro level. The ultra-precision CNC machine was initially designed to do accurate cutting of metal optics with extremely low tolerance. Diamond cutting tools, machining methods, and workpiece materials have all become more flexible in recent years as a result of technological improvements.

Hard-Turning Finish

Finish hard turning is the single-point cutting of hardened materials with hardnesses ranging from 54 to 67 HRC within a 2-micron range. It is a basic yet effective and dependable grinding method. Finish hard turning provides major benefits over standard cylindrical grinding.

Cost Saver –

It executes numerous jobs in a single configuration, which is done on other computers, resulting in cost savings.

Low Tolerance –

This method produces items with extremely low tolerances.

High Production –

It generates parts faster than traditional processes, resulting in increased productivity.

Flexible –

Finishing hard turning can generate pieces with a variety of shapes and sizes. This increases manufacturing flexibility.

Environment Friendly –

Hard turning is a polished, dry procedure that produces an ecologically beneficial product.

For more information on our Mitsubishi servo drives, motors, and systems, as well as drives, motors, and systems from other leading manufacturers, as well as other parts and components for your equipment and machines, please call CNC Tools Industrial Electronics at (956) 246-7411.

One of our knowledgeable customer service representatives can prepare a parts and components quote for everything you need for your equipment and machines, as well as help, arrange maintenance, repair, or installation service from one of our experienced technicians.