Tsinfa’s CNC Vertical Lathe Feature
- High reliability and stability during long-term operation
- Multifunctional integration, supporting composite processing
- Available options include a variety of tool changes
Your Best Chinese CNC Vertical Lathe Supplier
As a professional CNC vertical lathe manufacturer in China, Tsinfa has more than 15 years of experience in CNC Vertical Lathe production, focusing on providing customers with high-rigidity, high-precision, and heavy-duty vertical turning solutions.
Our vertical CNC lathes are particularly suitable for high-precision processing of large, heavy workpieces, such as flanges, wheels, valve bodies, bearing seats, etc. Compared with traditional horizontal lathes, the vertical structure design is more suitable for stable clamping and powerful cutting of large-diameter, high-weight parts, so is widely used in the automotive manufacturing, electronic product manufacturing, robot manufacturing and other industries.
Our CNC vertical lathes can be flexibly configured with two high-performance spindle systems according to different processing requirements, which are specially designed for heavy cutting and high-precision processing scenarios.
The heavy-duty gear spindle system adopts a multi-stage gear speed change structure, which is particularly suitable for large feed rates and strong rough processing. The high-torque system adopts a motor direct drive structure, which is suitable for high-speed processing and composite processes (such as drilling, tapping, contour processing, etc.) of fine structural parts, and is especially suitable for the integrated processing needs of high-precision parts.
Whether you want to use our CNC vertical lathe for high-intensity cutting or complex processing of precision parts, we can customize matching solutions for you to ensure that your project is completed efficiently while ensuring accuracy. Contact us now! Let our professional CNC vertical lathe ensure the long-term and stable operation of your project.
Equipped with a powerful cutting spindle system, it supports high torque, large feed, and heavy load processing, and is suitable for rough processing of heavy workpieces such as castings and forgings, ensuring both high efficiency and stability.
An independent circulating oil cooling/water cooling system is used to continuously control the temperature of the spindle, effectively reducing the temperature rise under high-speed or strong cutting conditions, ensuring that the processing accuracy does not drift and the spindle life is longer.
The precision grease/oil-gas lubrication method is adopted to effectively reduce bearing friction and thermal temperature rise, and ensure the stability and processing consistency of the spindle under long-term high-load operation.
The rigidity of the machine structure determines its stability and life. Our vertical lathes are designed with high rigidity, which is particularly suitable for heavy loads and large-scale processing conditions, with fast cutting, stable pressing, and longer life.
The machine tool spindle system is designed for heavy loads, high cutting depth, and large feed conditions. It has high torque output capability and can provide strong cutting power stably at low speeds.
Equipped with multi-axis linkage control and multi-station tool magazine, the machine tool can flexibly switch between turning and milling, drilling, tapping, and other composite processes to meet the needs of integrated high-precision processing of complex parts.
Multi-axis Linkage Control （optional）
Multi-axis linkage control enables the machine tool to coordinate the synchronous movement of multiple axes simultaneously, allowing for the processing of complex trajectories. It breaks the limitations of traditional single-axis or dual-axis linkages and is suitable for complex curved surfaces, inclined surfaces, contour processing, and other difficult parts. Tsinfa’s CNC vertical machine tools adopt an advanced multi-axis linkage CNC system, supporting multi-axis synchronous motion, suitable for complex curved surfaces, inclined surfaces, and multi-faceted contours, helping you complete complex processes in one clamping, and greatly improving accuracy and production capacity.
Large Diameter Workpiece Processing Capability
This type of processing usually requires equipment with a large-sized worktable, strong spindle torque, and excellent structural rigidity. Tsinfa machine tools excel in this regard – the entire machine bed adopts a high-strength cast iron one-piece design, and the internal thickened rib layout is combined with a wide guide rail support structure, which significantly improves the bending and torsion resistance. During heavy cutting, even under strong cutting forces, the machine body structure can remain stable and not deform, thereby effectively ensuring the processing dimensional accuracy and surface consistency, and meeting the stable processing needs of large and heavy-loaded parts under high-intensity working conditions.
Related Products
Heavy Duty Lathe MachineBuilt for large workpieces and deepcutting operations, suitable fortough materials and heavy-duty
machining.
Slant Bed CNC LatheFeatures a rigid inclined structurefor improved chip removal andstability during continuousprecision turning.
CNC Horizontal LatheVersatile machine for turningshafts, sleeves, and flanges withstable performance across variousmaterials.
Vertical Turning LatheOptimized for large, heavy, anddisk-shaped parts; ensures stablerotation and accurate facemachining.
Advantages of the Automatic Tool Changing System （optional）
In the multi-process machining process, frequent manual tool changes will not only prolong the non-cutting time but also introduce repeated positioning errors, affecting the workpiece accuracy and overall cycle efficiency. To solve this pain point, Tsinfa CNC vertical lathes are equipped with a high-performance automatic tool change system (ATC), which provides an effective guarantee for the efficient integrated processing of complex parts.
Through program control, the ATC system can quickly complete tool switching within 1.5 to 3 seconds, achieving true “seamless connection”. For example, in multi-process tasks such as turning, drilling, and tapping, the system can automatically call the required tools, complete all processes in sequence, clamp once, and do not require manual intervention, greatly improving the overall processing efficiency and dimensional consistency.
The system adopts a tool arm or servo direct drive structure with fast response speed and high stability. With the precision tool positioning mechanism and high-performance CNC system, the repeated positioning accuracy of each tool change is ensured, and the micron-level tool change accuracy is achieved to meet the needs of high-standard machining applications.
In addition, the Tsinfa automatic tool changing system is also equipped with intelligent tool management functions, supporting tool life monitoring, fault warning, automatic tool replenishment, and other functions, effectively reducing the risk of sudden downtime caused by tool failure. The system has built-in multiple safety mechanisms, including displacement monitoring, interlocking anti-collision, and status identification, to ensure the safety of the entire machine during high-speed tool changing.
Integrated Design of Hydraulic and Pneumatic Systems
In CNC vertical lathes, hydraulic and pneumatic systems are not only the core of key actions such as clamping and tool changing, but also the basic platform for realizing equipment automation and flexible manufacturing. Through integrated system design, we ensure that our CNC vertical lathe is stable, accurate, and provides efficient power support in complex processing tasks of heavy cutting, high precision, and multiple processes.
Pneumatic System
key support for high-speed tool change and multi-process rhythm
For the automatic tool change system, we are equipped with imported cylinders and high-sensitivity solenoid valves to ensure fast and smooth tool switching and accurate tool positioning. The system has fast response and high repeatability, effectively reducing non-cutting time and improving the efficiency of a single device.
System Integration
easy maintenance and intelligent production line docking
The hydraulic and pneumatic components are compactly laid out, and the pipeline design is reasonable, which is convenient for daily maintenance and module replacement. The system is deeply integrated with the CNC control unit and has intelligent functions such as real-time monitoring, automatic protection, and fault warning, which greatly improve the overall stability and operational safety of the machine tool.
The maximum machining diameter of our standard CNC vertical lathes ranges from 800 mm to 5000 mm. For specific large workpiece applications, such as wind turbine main shafts, large bearing seats, etc., we also support customized processing of ultra-large diameter workpieces.
Yes, of course. You are welcome to provide your use application’s information, such as workpiece drawings, processing requirements, precision tolerances, production cycle, etc. Our professional technical team will analyze the processing procedures and clamping methods based on your use projections, recommend suitable machine tool models (processing diameter, spindle structure, bed size, etc.), configure matching spindle systems, turrets, tailstocks, hydraulic/pneumatic units, and other functional modules. If necessary, we can also provide fixtures or automated loading and unloading solutions.
