Heavy-duty two-axis CNC thread rolling machine

Xingtai Yushi Machinery Equipment Co., Ltd. has launched its 15NC High-Precision CNC Thread Rolling Machine, developed independently. This machine features multi-dimensional technological breakthroughs, providing a competitive solution for the mechanical processing industry and helping enterprises improve production capabilities.
The Z28-800 High-Precision CNC Thread Rolling Machine is a high-performance machine designed for roll forming, capable of processing workpieces with outer diameters from 3mm to 30mm and pitches from 0.35mm to 4mm. It meets strict requirements for fixed-position rolling of parts 5mm to 100mm long and supports unlimited length through-feed rolling. Powered by a 243.1kW main spindle servo motor and a 3.1kW right spindle-slide servo motor, it utilizes advanced three-axis servo linkage technology for a control resolution of 0.001mm. This design enhances die life and addresses issues of precision and wear found in traditional equipment.
The 15NC High-Precision CNC Thread Rolling Machine showcases a user-centric design combined with professional engineering. Its rigid machine bed and specialized tooling provide stability during machining. The ball screw feeding mechanism mitigates the impact of hydraulic fluid temperature fluctuations on precision, ensuring consistent product quality. The machine also includes an intuitive interface. 

The High-Precision CNC Thread Rolling Machine Z28-800  features a touchscreen control panel for flexible adjustments of roller spacing, thread alignment, and center distance. It supports four processing modes, including radial and axial rolling, allowing for multi-station sequential rolling of various components like spline shafts and threaded parts. Specifications include rollers with an outer diameter of 178 mm, an inner diameter of 54 mm, and a thickness of 100 mm. The machine features adjustable roller axis spacing of 100 to 198 mm and a roller center height of 1050 mm. Measuring 1650 × 1300 × 1900 mm and weighing 1500 kg (gross weight 1650 kg), it is designed for space efficiency and robust durability.
The launch of the High-Precision CNC Thread Rolling Machine Z28-800  highlights Xingtai Yushi Machinery Equipment Co., Ltd.'s R&D capabilities and meets the manufacturing sector's need for precision machining equipment. This machine will be utilized in various fields, such as automotive components and hardware tools. Its stable performance and precision will enhance the industry's development and elevate China's precision machining technology.

Cnc Thread Rolling Machine Technical Parameters

Cnc Thread Rolling Machine detail photo : 

Cnc Thread Rolling Machine threading spare part 

 

 

 

 

 

Packing & Delivery for Z28-800  CNC thread rolling machine

Packaging : standard export  wooden case  packing. you can by sea or air. We have our own farwarder. We can check the delivery information timely. You can also use forwarder by yours. We will contact with him ASAP.
Delivery time:6-10 days after receiving the deposit.

 

 

What is the function of a CNC thread rolling machine?

Leveraging a multitude of advantages—including high precision, high efficiency, adaptability, energy conservation, environmental friendliness, and ease of operation—the CNC thread rolling machine has become an indispensable piece of key equipment in the field of modern metalworking. It continuously propels various industries toward higher standards of quality and greater innovation, constantly writing new chapters in the legend of precision manufacturing.
Amidst the surging tide of modern manufacturing's vigorous development, the CNC thread rolling machine acts as a "behind-the-scenes hero," playing a silent yet critically important role in crafting high-quality threaded components for a vast array of sectors.
Fundamentally, the CNC thread rolling machine operates by harnessing the plastic deformation properties of metal; through the compressive force of rolling wheels, it forms precise threads on the surface of a workpiece. Compared to traditional thread processing methods, its advantages are distinct and significant. On one hand, it offers exceptionally high processing precision, capable of accurately controlling parameters such as thread pitch and flank angle. Errors are minimized to a negligible range, thereby ensuring product consistency and interchangeability—a factor of immense significance for industries with exacting precision requirements, such as aerospace and precision instrumentation. For instance, regarding the connecting bolts in aircraft engines—where thread precision directly impacts flight safety—the accurate threads produced by a CNC thread rolling machine perfectly meet the stringent demands for high strength and superior sealing performance.
Furthermore, the processing efficiency of the CNC thread rolling machine is truly remarkable. Thanks to its automated workflow, operators need only properly position the workpiece blank and configure the program parameters; the machine then operates at high speed, continuously churning out qualified threaded components. In the mass production of automotive parts—such as wheel hub bolts and suspension system connectors—manufacturers rely on this technology for rapid forming, thereby drastically shortening production cycles and enabling automakers to seize market opportunities ahead of the competition.
Its scope of application is far broader than one might imagine. From high-strength bolts commonly used in construction to various lead screws and threaded rods found in industrial machinery, and even down to small hardware items in daily life—such as faucets and door handles—wherever thread processing is required, the CNC thread rolling machine proves its mettle. It can handle a diverse range of materials—including carbon steel, alloy steel, stainless steel, and even non-ferrous metals—flexibly adjusting processing parameters based on the specific characteristics of each material to achieve flawless results.
Moreover, the CNC thread rolling machine also offers distinct advantages in terms of energy conservation and environmental protection. In contrast to thread-cutting processes—which generate substantial waste chips and consume significant energy—thread rolling utilizes cold extrusion forming. This method boasts high material utilization, generates virtually no waste, and entails relatively low energy consumption, thereby aligning perfectly with current trends in green manufacturing.
In terms of operational convenience, advanced CNC systems combined with user-centric design allow operators to achieve proficiency after only a brief period of training. The display screen enables real-time monitoring of processing status and parameter adjustments, while the integrated fault diagnosis system provides timely alerts regarding anomalies, thereby reducing maintenance complexity and minimizing downtime.
By virtue of its numerous advantages—including high precision, high efficiency, adaptability, energy conservation, environmental friendliness, and ease of operation—the CNC thread rolling machine has become an indispensable piece of key equipment in the modern metalworking sector. It continues to drive industries across the board toward higher standards of quality and greater innovation, constantly writing new chapters in the ongoing saga of precision manufacturing.