CNC (computer numerical control) turning, one type of CNC machining process, involves a rotational motion of the workpiece and a feed motion of the tool, that is, a linear or curvilinear translational motion without rotation. Simply speaking, the part turns and the tool stays stationary. Turning tools usually include external, internal, threading, grooving, cutting tools, etc. So CNC turning is ideal for machining cylindrical or spherical parts.
At X Rapid Technologies, we use both horizontal CNC turning centers and vertical CNC turning centers to ensure that various CNC turning needs can be fully met. Though the two types of turning centers are nearly the same, vertical CNC turning centers are more frequently applied in machining heavy and short components.
CNC turning is widely used in prototyping, rapid tooling, and low and medium-volume production in industries like automotive, electronics, and aerospace to produce components with straight, conical, curved, or grooved features.
When doing CNC turning, the part rotates for cutting. Inversely, the cutting tool rotates in CNC milling.
CNC turning is mainly used for processing shafts, discs, sleeves, and other workpieces with rotary surfaces. It is the most widely used type of processing in the machinery manufacturing industry.
CNC milling utilizes milling cutters as tools, perfect for processing flat surfaces, grooves, various shaped surfaces (such as gears and threads) and specially shaped surfaces of molds, etc.
Whenever you need axis-symmetrically cylindrical or spherical parts for rapid prototyping or short-run production, CNC turning is definitely an ideal processing solution. Or talk to X Rapid Technologies, and our experts will help you decide the right and best manufacturing process.
Looking for CNC turning services? X Rapid Technologies experts will give you the best manufacturing process & services, visit our website to learn more!
One of the many CNC services offered by X Rapid Technologies is CNC turning service, which is typically required for a certain class of products. Turning is a type of CNC machining where the workpiece is spun rapidly inside of a chuck. The cutting tool does not revolve like it does in CNC milling.
Aluminum, magnesium, steel, stainless steel, brass, copper, bronze, titanium, and nickel alloy are just a few examples of the metals that can be turned. Other materials that can be turned include nylon, polycarbonate, ABS, POM, PP, PMMA, PTFE, PEI, and PEEK. Lathe machines are another name for CNC turning service.
1. Cylindrical parts: CNC turning machines are perfect for producing spherical or circular parts. These pieces are swiftly, precisely, and consistently produced by lathes.
2. Variety of operations: CNC turning can still be used to do a number of cuts, such as drilling, boring, threading, and knurling, even though it is typically employed for parts with a specific shape.
3. Professional quality: Visit our website on CNC machining services to learn more about the broader benefits of CNC machining with X Rapid Technologies.
Service for CNC Turning X Rapid Technologies can prototype and mass-produce parts or products using the CNC turning technique. Shafts, worms, and balls can all be CNC-machined with general threading.
A high-precision, high-speed machining method is the CNC turning process. The digit CNC Turning Service information is used by automatic lathe machines to control the displacement of tools and parts. Metals and polymers made of bar or block material are both capable of high-speed turning. Turning can produce intricate external and internal geometries, as well as generate many thread types. CNC turning may demonstrate its effectiveness for round-shaped items like shafts, worms, and spheres, while CNC milling can demonstrate its effectiveness for other angular-shaped parts.
Custom prototypes and finished production parts can be made using our CNC turning technique in as little as one day. To mill features like axial and radial holes, flats, grooves, and slots, we employ a CNC lathe with live tooling.
Functional prototypes and finished components, parts with cylindrical features, parts with axial and radial holes, flats, grooves, and slots are all frequent applications for CNC turning.
The simplest and most economical option is often to "turn" cylindrical parts, such as pins, shafts, and spacers, or parts with general rotational symmetry, using a lathe. In contrast to a mill, a lathe works by clamping cylindrical stock, known as a rod, into the machine's rotating chuck jaw. A fixed-orientation tool then translates along and across the stock as it rotates at a high RPM in this chuck, cutting part features.
A CNC lathe with live-tooling has all the capabilities of a standard lathe but can also use rotating cutters like drills or endmills in addition to stationary tools, giving it more machining freedom and enabling the introduction of asymmetrical features into the part without the need for additional fixturing setups.
For cutting any symmetrical cylindrical or spherical pieces, a CNC lathe machine, also known as a live tooling lathe, is the best option. A stationary shaping tool typically moves around a workpiece on a more or less linear route whereas a lathe spins it on a vertical or horizontal axis. Turning is the process of cutting a workpiece on a CNC lathe.
How CNC Turning Operates: To produce the desired shape, CNC lathes employ a subtractive process. A blank bar of stock material is placed into the spindle's chuck once the G-Code has been generated. While the spindle is spinning, the chuck secures the workpiece in position. A stationary cutting tool is brought into contact with the workpiece once the spindle is running at full speed to remove material until the desired geometry is reached.
A live tooling lathe may carry out numerous operations, such as facing, threading, knurling, drilling, boring, reaming, and taper turning. Different operations call for different tools, which might raise costs and setup times.
The item is cut from the stock after all machining processes are finished in preparation for additional post-processing. With little to no setup time in between, the CNC lathe is then prepared to do the operation once more.
With experienced technicians and the latest CNC turning centers, X Rapid Technologies always delivers CNC-turned parts with high accuracy.
We offer quick-turn CNC turning services. Parts can be delivered within 7 days.
Our multi-axis CNC turning centers enable several machining operations in one machine, which is very cost-effective for complex-structured parts.
High precision CNC machined parts of metal cylinder prototypes.
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Looking for a reliable supplier of metals and machined plastic components for CNC machining prototyping? X Rapid Technologies is at your service. With professional CNC turning and milling technicians and 10 high proficient and high precision 3 Axis CNC vertical centers for machining, we ensure your parts reach you within a short time every time. What are you waiting for? Quickly get your parts ready today at a low cost.
To make CNC turning parts, please send us files in CAD, STP, STEP, IGS, or X_T format.
The lead time for creating a one-off CNC turning prototype is usually no less than 3 days. It varies for different projects. We will estimate the lead time during the quoting period.
Sure. We have served the international markets for over 10 years and delivered over 100,000 CNC machined parts globally. Witnessing numerous CNC turning prototypes going to the global markets is an honor and delight for us.
In addition to CNC turning service, we majorly provide CNC milling, CNC grinding, and CNC cutting services to process all kinds of CNC machined parts.
Of course. You can look at our CNC machined parts on our Case Studies page. Or contact us for some pictures of CNC machined parts.