OTURN is a composite lathe manufacturer in China. After over a decade of development, we have built a team of more than 300 professionals. From the moment you make your inquiry to the delivery of your goods, every step of the process is handled by professional staff.

We typically install our lathes with high-quality components, including heavy-duty, super-rigid tool mounting systems. These features allow us to achieve quicker spindle and leadscrew speeds. These features give the lathe high rigidity, dimensional stability, and excellent machining accuracy.

We can also customize various parameters, such as the number and speed of spindles, types of tools, and machine tool dimensions, to suit your needs.

Contact us now to get a quote!

Improve Processing Efficiency

Our composite lathes have multiple functions, including turning, milling, and drilling. You can perform multiple processes on the same lathe, reducing the number of times the workpiece needs to be clamped and moved. This improves processing efficiency.

Improve Processing Accuracy

In conventional machining methods, it is necessary to move the workpiece when changing its working direction. However, this results in imperfections in the final product. However, our composite lathe has an advanced CNC system that can machine nozzles from multiple angles and directions at the same time. This minimizes the number of job movements, significantly improving machining precision.

Space-saving

Traditional manufacturing processes require several machine tools for different operations. For example, turning, drilling, and milling all require separate machines. However, composite lathes perform all these processes with one machine, saving a large amount of shop floor space. This creates additional space to increase the capacity of the equipment.

Enhanced Flexibility

The composite lathe CNC system can multitask and process parts in multiple directions at the same time. For this reason, the composites turning machine has the flexibility to achieve the machining for various complex parts. Composite lathes are integral parts in fields such as aerospace, automotive, and medical devices.

Reducing Production Costs

Our composite machine tools are highly automated, reducing reliance on manual operations and lowering labor costs. They can also process parts with greater precision, minimizing material waste caused by errors and saving on production costs.

Improving Surface Quality

Our composite lathes integrate multiple processes, such as turning, milling, and grinding, to enable precise surface machining. This reduces quality fluctuations caused by the different processes involved in traditional machining and improves the surface finish of parts.

Automotive Industry: wheel hubs, pistons, cylinder blocks, crankshafts, connecting rods

Aerospace Industry: engine casings, nozzles, turbine blades, seat brackets, wing connectors

Energy Industry: Flanges, valves, valve bodies, pressure vessels, blades

Shipbuilding Industry: Propellers, marine valves

Mold Manufacturing: Mold cavities, mold cores, mold holes, mold bases

Medical Industry: Prosthetic components, surgical knife handles, joint prostheses, fracture fixators, dental tools

Electronics and Electrical: Rotors, stators, motor shafts, precision instrument housings, electronic connectors

Before placing your order, an experienced team will answer any questions you have about choosing and customizing a lathe. We will tailor all the parts and specifications to your needs.

After placing your order, you will be assigned a point of contact with whom you should communicate at certain points during the production phase. We will perform an exhaustive inspection of the lathe and provide you with feedback.

Once the lathe is ready, we will pack and transport it for you, keeping an eye on its whereabouts every step of the way. Once it safely reaches your shop, professional technicians will install your new machine and train you and your team on-site. Your technicians will be trained to operate the machine.

If you experience any problems or imbalances, contact us for replacement or repairs by our brand’s technicians at your site.

Spindle

The main spindle is equipped with high-strength steel bearing rails that enable high-speed rotation and rigid performance. The lifetime lubricant eliminates the need for daily maintenance.

Machine Body

These machine tools are made of high-density cast iron to minimize vibration and improve stability during processing.

Chuck

Our chuck is equipped with a powerful hydraulic system and sensors that provide a strong clamping force. This reduces vibration amplitude during part rotation, improving machining accuracy.

Motor

Our spindle is driven by a brushless AC motor. It can achieve high speeds and stable power output, enabling the tool to mill, drill, and perform other operations on the workpiece smoothly.

Tool Change System

These machine tools are optimized for production use and are fitted with automatic tool change systems that combine several machining processes into one operation. This minimizes downtime and errors associated with manual tool changes while enhancing overall efficiency and accuracy.

Drive System

The drive system consists of high-precision ball screws and high-rigidity square guideways. The preloaded ball screws minimize friction, and the precisely machined guideway surfaces retain oil within a network of conduits, improving transmission efficiency.

Control System

Our machine tools are compatible with popular control systems, including Siemens, Mitsubishi, and GSK. They support conversational and CNC programming and have a simple user interface that is easy to learn and operate.

Cooling System

Our machine tools have two independent coolant tanks that prevent debris from entering the machine. The spindle sprays coolant during the machining process to prevent the workpiece from overheating and remove debris from its surface.

Protective Cover

Our machine tools are equipped with fully enclosed protective covers that are aesthetically pleasing and prevent the operating environment from becoming contaminated by cutting fluid and oil vapors. This ensures the safety and health of operators.

You can categorize them as follows:

Turning and milling composite lathes

Turning and drilling composite lathes

Turning and grinding composite lathes

Turning and electrical composite lathes

Turning and cutting composite lathes

Turning, grinding, and milling lathes

Multi-axis composite lathes

So you can determine the right type according to how the workpiece has to be treated.