A CNC turning-milling center is an advanced machining technique that combines both turning and milling. While traditional machines can be limited to performing one particular operation, the multi-tasking machine performs various functions such as turning, milling, drilling, boring, threading, and other machining activities using fewer setups for workpieces.
As per the ISO standards, a turning machine is any machinery “where the primary movement is the rotation of the workpiece against the cutting tool.” ISO also categorizes turning centres that allow operations like milling, drilling, boring, and threading.
Such a method is especially helpful in situations where there is a demand for dimensional precision, less manufacturing time, and machining of complex components.
With the rapid development of emerging markets such as India, Brazil, Russia, and Indonesia, one‑stop customised solutions for tooling, conveying, vision inspection, and palletising are set for explosive growth.
The market for CNC machining and turning centers is growing owing to the development of automation and high-precision machining systems. As per Grand View Research, the global market for CNC machining centers and turning centers was estimated at USD 27.64 billion in 2024 and is expected to rise to USD 40.61 billion by 2030 at a CAGR of 6.7% from 2025 to 2030.
In 2023, the Asia Pacific region accounted for 55.5% of revenue share from the global CNC machining centers and turning centers market, reflecting the significance of the region in modern machining and industrial manufacturing.
Moreover, China is an important manufacturer. In 2024, metal-working machine tool output in China amounted to RMB 204.96 billion, increasing by 5.1% year over year, while metal-working machine tool exports amounted to USD 8.21 billion, increasing by 5.6%.
A turning-milling center may assist manufacturers in lowering the need for setups and improving process standardization. The advantages of a turning-milling center include:
CNC machining ISO framework takes into account machining centers, turning machines, and multitasking machines with regard to their contribution to digitally controlled production.
CNC turning-milling machines have applications in automotive, aviation, industrial, medical, robotic, metalworking industries, and the manufacture of precision components. Applications may include shafts, housings, flanges, connectors, and fittings.
A customer considering the purchase of a machine needs to take into consideration factors like spindle performance, axis arrangement, tooling capacity, size of workpiece, control system, automation capacity, and after-sales support instead of just the cost.
Yiruixing Technology is an industrial automation manufacturer of CNC machine tools, numerical-control systems, industrial robots, and customized automation equipment based in China. Our manufacturing facility is located in Foshan, and our products and services are available for industrial clients internationally. The range of our products and services encompasses CNC machining along with robotic and custom automation technologies.
By integrating CNC equipment knowledge with automation experience, Yiruixing Technology seeks to help manufacturers increase their efficiency, accuracy, and production effectiveness.
Searching for an efficient turning-milling center that guarantees accuracy in component production? Discover Yiruixing Technology’s CNC turning-milling systems that have been developed to meet all the challenges in the world of machining. Regardless of whether you are looking for a machine to produce complex components, to increase efficiency, or to integrate it into an automated manufacturing process, we will advise you on which CNC machine is best for your application. Get in touch with us at Yiruixing Technology to learn more about your machining needs or to get a quotation.
What is a CNC turning-milling center?
It is a CNC machine that provides both turning and milling operations, and other machining functions. This is because turning-milling centers make it possible to machine complex parts using fewer setups.
In which industries are turning-milling centers applied?
Automotive industry, aerospace, robotics, medical equipment, machinery manufacturing, and metal part manufacturing are among some of the industries where turning-milling centers are used.
What are the key benefits compared to separate machines?
The major benefits include elimination of workpiece handling, fewer setups, improved process integration, and multi-operation capability within the machining cycle.
How should I choose a turning-milling center?
The key selection criteria are workpiece size and material, tolerances, spindle capabilities, number of axes, tooling considerations, volume of production, automation needs, and technical assistance.
Can a turning-milling center be automated?
Yes. Automated production cells that use CNC turning-milling centers can be designed using various factory automation technologies such as robotic handling and inspection of workpieces.
What would be the average lead time?
CNC machines have an average lead time of 30 working days from the day the order is placed for standard CNC machines, and customized machines and automated solutions take 60-90 working days, depending on the customization and specification of the machine.
Do you provide any overseas installations and trainings?
Yes. Overseas on-site installations and training are provided by us for our customers, along with machine installation and operation training.
What kind of control systems can you provide?
We can provide our CNC machines with FANUC, Siemens, or Mitsubishi control systems, whichever is the best choice for your machining requirement and setup.
