Building the Xinggong brand through quality.

The company’s main products—the Z28-40, Z28-80, Z28-200, and ZC28-6.3 three‑axis thread‑rolling machines—are widely used in the machining of standard parts and non‑standard components.

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Building the Xinggong brand through quality.

The company’s main products—the Z28-40, Z28-80, Z28-200, and ZC28-6.3 three‑axis thread‑rolling machines—are widely used in the machining of standard parts and non‑standard components.

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Building the Xinggong brand through quality.

The company’s main products—the Z28-40, Z28-80, Z28-200, and ZC28-6.3 three‑axis thread‑rolling machines—are widely used in the machining of standard parts and non‑standard components.

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Engineer Xing – Thirty Years of Dedication to Mechanical Engineering

The product line encompasses four major series and more than 20 models, with an annual output exceeding 1,200 units; some products are exported to countries and regions in Asia, Africa, and beyond.

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Z28-16 Three-Axis Thread Rolling Machine

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Z28-40 Hydraulic Thread Rolling Machine

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Z28-16 Thread Rolling Machine

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Z28-80A Model Hydraulic-Free Thread Rolling Machine

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Z28-80 Thread Rolling Machine

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Z28-15 Thread Rolling Machine

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Z28-200 Thread Rolling Machine

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Z28-25 Thread Rolling Machine

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Z28-260 Thread Rolling Machine

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Z28-400 Fully Automatic Thread Rolling Machine

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Z28-63 Large Thread Rolling Machine

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SJ-16 Type Diameter Reducer

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SKMG-I Type Anchor Bolt Production Line

Z28-16 Three-Axis Thread Rolling Machine


What are the advantages of a three‑axis thread‑rolling machine? 1. High precision and high efficiency. Modern three‑axis thread‑rolling machines are far more “specialized” in thread production, producing threads with perfectly consistent shapes. 2. A single three‑axis thread‑rolling machine can save a great deal of money; hiring workers is becoming increasingly difficult these days. Ultimately, it’s better to invest in an automated machine that lasts for many years, significantly reducing costs in this regard. 3. In recent years, environmental protection and hygiene have received considerable attention. While some machines may cause environmental pollution to varying degrees, three‑axis thread‑rolling machines are characterized by zero emissions and no open flames, allowing operations anytime, anywhere, shortening project timelines without delay. 4. Excellent quality and high stability. For a three‑axis thread‑rolling machine to deliver reliable, worry‑free performance, its stability is paramount.

Z28-40 Hydraulic Thread Rolling Machine


A hydraulic thread‑rolling machine is a versatile cold‑extrusion forming machine tool. Within its specified rolling pressure range, it can perform thread‑rolling operations—producing straight or helical threads—on cold workpieces. This advanced non‑cutting process effectively enhances both the internal and surface quality of the workpiece; the radial compressive stresses generated during machining significantly improve its fatigue strength and torsional resistance, making it an ideal, energy‑efficient, low‑consumption hydraulic thread‑rolling process. First, adjust the pitch and set the distances between the three axes so that the three thread‑rolling dies form an approximately equilateral triangle relative to the workpiece. Then, engage the hydraulic manual gear and adjust the cylinder nut to press against the stopper, ensuring that the thread‑rolling die on the moving guide rail makes contact with the workpiece just as it exits.

Z28-16 Thread Rolling Machine


The design features a robust, well‑structured layout, is equipped with a powerful drive unit, operates quietly, boasts a low failure rate, and offers convenient, precise adjustment without thread misalignment. It delivers high‑precision threaded surfaces and a broad range of applications, capable of roll‑forming various external threads—including standard threads, trapezoidal threads, and module threads—and can also perform shaping, burnishing, knurling, and other roll‑forming operations on workpieces.

This machine can be equipped with an automatic feeding device according to user requirements.

Z28-80A Model Hydraulic-Free Thread Rolling Machine


It is a specialized machine for producing full‑thread rods (stud bolts), capable of processing rods with diameters ranging from φ4 to φ16 mm. It significantly boosts productivity, particularly when machining set screws. By eliminating the diameter‑reduction issue inherent in thread‑rolling machines during the production of set screws, it greatly enhances the quality of these components.

This machine can be equipped with an automatic feeding device according to user requirements.

Z28-80 Thread Rolling Machine


It is highly favored by users for its robust construction, ease of maintenance, and reasonable price. This product supports both radial and axial machining, and when equipped with the appropriate thread‑rolling dies, it can produce standard bolts, special‑shaped bolts, and threaded rods (threaded bars).

This machine can be equipped with an automatic feeding device according to user requirements.

Z28-15 Thread Rolling Machine


It is primarily used for roll-forming various precision external threads and high-strength standard fasteners, including ordinary threads, trapezoidal threads, and module threads. Suitable materials for roll-forming include carbon steels, alloy steels, and nonferrous metals with an elongation of greater than 10% and a tensile strength of less than 1000 N/mm².

This machine can be equipped with an automatic feeding device according to user requirements.

Z28-200 Thread Rolling Machine


It is primarily used for roll-forming various precision external threads and high-strength standard fasteners, including ordinary threads, trapezoidal threads, and module threads. Suitable materials for roll-forming include carbon steels, alloy steels, and nonferrous metals with an elongation of greater than 10% and a tensile strength of less than 1000 N/mm².

This machine can be equipped with an automatic feeding device according to user requirements.

Z28-25 Thread Rolling Machine


The product features a well‑thought‑out structure, meticulous manufacturing, and convenient adjustment; it supports both radial and axial machining. It can machine various types of threads, worm gears, module splines, straight‑groove parts, knurled components, burnished cylinders, curved surfaces, as well as rectangular, arc‑shaped, and other kinds of grooves, earning widespread acclaim from users.

Z28-260 Thread Rolling Machine


It is primarily used for roll-forming various precision external threads and high-strength standard fasteners, including ordinary threads, trapezoidal threads, and module threads. The materials suitable for roll forming include carbon steels, alloy steels, and nonferrous metals with an elongation of greater than 10% and a tensile strength of less than 1000 N/mm².

An automatic feeding device can be equipped according to user requirements.

Z28-400 Fully Automatic Thread Rolling Machine


A fully‑powered thread‑rolling machine is a versatile cold‑extrusion forming machine tool. It can perform thread rolling, straight‑line rolling, and helical‑groove rolling on workpieces at room temperature within its rolling range. This advanced non‑cutting process effectively enhances both the internal and surface quality of the workpiece. The radial compressive stresses generated during machining significantly improve the workpiece’s fatigue strength and torsional resistance. It is an ideal, energy‑efficient, low‑consumption process. How to operate a fully‑powered thread‑rolling machine: 1. Adjust the spacing. Set the distances among the three axes so that the three thread‑rolling dies form an approximately equilateral triangle relative to the workpiece, then engage the hydraulic manual mode and adjust the cylinder nut stopper to ensure that, as the movable guide rail advances, the thread‑rolling die just contacts the workpiece being rolled.

Z28-63 Large Thread Rolling Machine


Literally speaking, a large thread‑rolling machine is a versatile cold‑extrusion machine tool. Imported thread‑rolling machines can, within their specified rolling pressure range, perform cold‑state rolling on workpieces featuring threaded, straight, or helical profiles. This advanced non‑cutting process effectively enhances both the internal and surface quality of the workpiece. The radial compressive stresses generated during machining significantly improve the component’s fatigue strength and torsional resistance, making it an energy‑efficient, low‑consumption ideal manufacturing method. The key features of large thread‑rolling machines include the following: they are specifically designed for thin‑walled tubes with wall thicknesses exceeding 1.5 mm, capable of forming threads, mesh patterns, straight lines, and triangular supports, while ensuring roundness, concentricity, and perpendicularity. Powered by hydraulic drive, these machines offer simple operation, with adjustable speeds—fast or slow—and stable performance.

SJ-16 Type Diameter Reducer


This machine tool is a non‑cutting machining device, offering advantages such as high production efficiency, simple processes, ease of operation, material savings, and stable product quality.

SKMG-I Type Anchor Bolt Production Line


This production line integrates fixed-length cutting, end chamfering, diameter reduction, and thread rolling into a single process. It employs PLC‑based CNC programming, mechanical operation, and pneumatic–electrical integration, enabling automated processing of anchor bolts in various specifications. With advantages such as high efficiency, low energy consumption, and enhanced safety, it is the preferred choice for small and medium‑sized anchor bolt manufacturers seeking to optimize their production processes and upgrade their equipment.

Founded in 1984.
Dedicated to the production and R&D of thread-rolling machines.

Company Profile

Hebei Xinggong Machinery Manufacturing Co., Ltd. is located in Xingjiawan Town, Ren County, Hebei Province, a region with a long-standing tradition in the machinery manufacturing industry. As a member of the China Mechanical Components Association, the company was founded in 1984. Over more than three decades of development, it has cultivated a highly qualified and technically proficient team of managers and employees. Currently, thread‑rolling machines are the company’s flagship products, spanning four major series and over 20 different models, which are sold throughout China.

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30 Remaining years

Production and R&D experience

20 Multiple

Types of machine tool products

1200 Multiple units

Annual production volume of machine tool products

300 Yu Jia

Partner

Focus on Xinggong Updates

Company News

We consistently adhere to the principle of pursuing development and ensuring survival through quality, continuously strengthening the Xinggong brand’s competitiveness.

Technical Documentation

Each production step is rigorously controlled and continuously tested.

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Xing Gong News

A New Option for Roll-Forming: Fully Automatic Hydraulic Diameter-Reduction Machine

A New Choice in Roll‑Forming Technology: Fully Automatic Hydraulic Diameter‑Reduction Machines In today’s rapidly advancing manufacturing sector, roll‑forming has emerged as a highly efficient metal‑forming technique, gaining widespread favor across industries. Within this field, the fully automatic hydraulic diameter‑reduction machine stands out as a compelling new option. It not only boosts production efficiency but also enhances product quality, making it a favorite among manufacturers. Today, we’ll take an in‑depth look at this innovative machine and explore how it is transforming the roll‑forming process. What Is a Fully Automatic Hydraulic Diameter‑Reduction Machine? You may wonder: what exactly is a fully automatic hydraulic diameter‑reduction machine? Simply put, it is a device that uses hydraulic technology to reduce the diameter of metal tubing. Powered by a hydraulic system, the machine can precisely shrink the tube’s diameter to meet specified dimensions. Think of it like a magician on stage—using deft, precise movements to transform a large balloon into a small one, all with speed and efficiency. The Advantages of a Fully Automatic Hydraulic Diameter‑Reduction Machine So, what makes this machine so advantageous? First and foremost, its efficiency is its standout feature. Traditional diameter‑reduction processes often rely on manual operations, which are time‑consuming and prone to human error. In contrast, the fully automatic hydraulic diameter‑reduction machine employs intelligent control to automate the entire reduction process.

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Xing Gong News

Fully Automatic Hydraulic Tube Reducing Machine: A Powerful Tool for Customized Roll-Forming Processes

Fully Automatic Hydraulic Swaging Machine: A Powerful Tool for Customized Rolling Processes When it comes to precision machining in manufacturing—especially in the metalworking sector—many people immediately think of various machine tools, such as lathes and milling machines. But have you ever wondered why more and more companies are turning their attention to fully automatic hydraulic swaging machines? This is far from a simple piece of equipment; it is, in fact, an indispensable “powerful tool” in modern manufacturing. Today, we’ll explore this machine and its critical role in customized rolling processes. What Is a Fully Automatic Hydraulic Swaging Machine? First, let’s clarify what exactly a fully automatic hydraulic swaging machine is. Simply put, it is an automated device that uses a hydraulic system to perform diameter‑reduction operations on metal components. By applying controlled pressure, the metal undergoes plastic deformation as it passes through a die, achieving the desired reduction in diameter. Moreover, this equipment can be customized to meet a wide range of processing requirements. Have you ever considered why this type of machine has become so popular in the industry? It’s because it delivers highly efficient and precise machining performance. Whether handling large‑volume production or small‑batch custom work, the fully automatic hydraulic swaging machine rises to the challenge. This capability is made possible by its advanced automated control system, which continuously monitors the machining process in real time.

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Xing Gong News

The miraculous machine that boosts production efficiency: the fully automatic hydraulic tube reducing machine

The Magical Machine That Boosts Production Efficiency: The Fully Automatic Hydraulic Swaging Machine In modern industry, enhancing production efficiency is the ultimate goal every manufacturer strives for. Have you ever wondered if there exists a machine that could help you achieve this? Indeed, it’s the fully automatic hydraulic swaging machine! This cutting-edge device integrates advanced technologies to dramatically increase productivity, reduce labor costs, and ensure your company remains competitive in an increasingly fierce market. How Does the Fully Automatic Hydraulic Swaging Machine Work? So, how exactly does this remarkable machine operate? Simply put, it employs a hydraulic system to apply immense pressure to materials, rapidly compressing them into the desired dimensions. Doesn’t that sound almost like magic? In reality, it’s the seamless fusion of science and engineering. With its precise control system, the machine can swiftly execute complex compression tasks, guaranteeing high quality and consistent results. You might ask: How does this machine differ from traditional compressors? Conventional compressors typically require significant manpower and time to complete their work, whereas the fully automatic hydraulic swaging machine enables unmanned operation, substantially reducing labor demands. Imagine freeing your employees from tedious, repetitive tasks so they can focus on more strategic, value‑added activities—wouldn’t that be…

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Xing Gong News

Custom Manufacturing: Hydraulic Thread-Rolling Machines Essential for Producing Custom High-Strength Bolts

Custom Manufacturing: The Essential Hydraulic Thread‑Rolling Machine for High‑Strength Bolts What is a hydraulic thread‑rolling machine? It is a specialized piece of equipment used in metalworking that harnesses a powerful hydraulic system to deliver robust performance, making metal processing both more efficient and precise. Imagine this: traditional thread‑cutting processes involve a series of complex steps, whereas the hydraulic thread‑rolling machine simplifies everything through a straightforward rolling operation. This approach enables us to effortlessly produce high‑strength bolts tailored to meet diverse custom requirements. The Necessity of High‑Strength Bolts In many industrial sectors, high‑strength bolts are indispensable—found everywhere from construction to automotive manufacturing. Why are they so critical? Because they are far more than mere fasteners; they are essential components that ensure structural safety and stability. Without the support of high‑strength bolts, even the most impressive structures could collapse under wind or weather. By employing a hydraulic thread‑rolling machine, we can guarantee that every bolt possesses adequate strength and reliability. Why Choose a Hydraulic Thread‑Rolling Machine for Custom Production? First and foremost, its efficiency surpasses that of conventional equipment by several times. You might wonder: if efficiency improves, what about quality? Indeed, the hydraulic thread‑rolling machine not only operates at high speed but also maintains exceptional precision. When producing high‑strength bolts, the orientation and depth of the threads…

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Xing Gong News

Cold-Mode Operation: Unveiling the Working Principle of a Hydraulic Thread-Rolling Machine in Cold Conditions

Cold‑State Operation: Unveiling the Working Principle of Hydraulic Thread‑Rolling Machines in Cold Conditions In industrial manufacturing, hydraulic thread‑rolling machines are widely recognized for their distinctive operating principles and high production efficiency. However, the operational mechanisms of these machines under cold‑state conditions remain relatively unexplored. Today, we will delve into this topic. What is a hydraulic thread‑rolling machine? It is a piece of equipment used to produce threaded fasteners or other metal components with specific geometries. By harnessing the pressure of a hydraulic system, it deforms metal material between rotating rollers, thereby forming the desired thread profile. So, what exactly is “cold‑state operation”? Simply put, it refers to metalworking performed at ambient temperature, rather than relying on heat to achieve the desired results. This approach not only saves energy and reduces environmental impact but also enhances product precision and surface quality. The Cold‑State Operating Principle of Hydraulic Thread‑Rolling Machines At the heart of cold‑state operation lies how the hydraulic thread‑rolling machine leverages pressure and speed to shape metal. First, the hydraulic system pumps pressurized oil into a cylinder, generating substantial force. This force is transmitted via a mechanical drive system to the rollers. Crucially, the design of these rollers—specifically their shape and arrangement—determines the final thread’s geometry and dimensions. As the metal material is squeezed between the rollers, the hydraulic…

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Xing Gong News

One-Click Thread Cutting: How Does a Hydraulic Thread Rolling Machine Enhance the Efficiency of Workpiece Thread Machining?

One-Click Thread Rolling: How Does a Hydraulic Thread‑Rolling Machine Boost Workpiece Thread‑Machining Efficiency? In modern industry, thread machining is an indispensable step. Imagine: without precise threads, many mechanical components might fail to connect properly, potentially causing system-wide malfunctions. The advent of hydraulic thread‑rolling machines has brought a breath of fresh air to this field, helping companies save time and reduce costs thanks to their high efficiency and precision. So how exactly do these machines enhance thread‑machining productivity? Let’s take a closer look. The Basic Principle of Hydraulic Thread‑Rolling Machines First, we need to understand how they work. As the name suggests, hydraulic thread‑rolling machines rely on hydraulic transmission to produce threads. Compared with traditional machining methods, they use specialized thread‑rolling dies to induce plastic deformation at the contact interface between the workpiece and the die, thereby creating far more accurate threads. This approach not only improves processing efficiency but also significantly enhances thread strength and surface quality. Several Key Factors Behind Enhanced Efficiency So, in what ways does a hydraulic thread‑rolling machine outperform conventional methods? Here are several critical factors: 1. High Level of Automation Modern hydraulic thread‑rolling machines…

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Xing Gong News

Analysis of Rolling Technology: Advantages of Hydraulic Thread-Rolling Machines in the Machining of Non-Standard Parts

Analysis of Roll-Forming Technology: The Advantages of Hydraulic Thread-Rolling Machines in Non‑Standard Part Manufacturing In modern industry, the application of hydraulic thread‑rolling machines is becoming increasingly widespread, particularly in the field of non‑standard part production, where their advantages are especially evident. Have you ever wondered why more and more manufacturers are turning to this technology? Today, we will delve into roll‑forming techniques and explore the unique benefits that hydraulic thread‑rolling machines bring to the machining of non‑standard components. What Is a Hydraulic Thread‑Rolling Machine? A hydraulic thread‑rolling machine is a piece of equipment driven by a hydraulic system, primarily used to form threads or other specific shapes on metallic materials through a rolling process. Compared with traditional cutting methods, roll‑forming relies on pressure‑based shaping, which can effectively enhance material strength and service life. Think of it as rolling dough into a pizza crust rather than slicing it with a knife—this approach not only preserves the material’s integrity but also boosts production efficiency. Challenges in Non‑Standard Part Manufacturing In the manufacturing sector, processing non‑standard parts often presents numerous challenges. First, the design of non‑standard components frequently deviates from standard specifications, requiring customized solutions. Second, conventional machining methods tend to produce errors and quality issues when dealing with complex geometries. Hydraulic thread‑rolling machines, however, are ideally suited to address these difficulties, thanks to their flexible design and…

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Industry Pioneer: The Evolution and Future Trends of Hydraulic Thread-Rolling Machines

Industry Pioneer: The Evolution and Future Trends of Hydraulic Thread‑Rolling Machines In the vast ocean of manufacturing, hydraulic thread‑rolling machines stand as shining beacons, guiding the industry forward. From their humble beginnings as simple mechanical devices to today’s highly efficient, intelligent systems, the evolution of hydraulic thread‑rolling machines is not only a microcosm of technological innovation but also a testament to the progress of the entire sector. A Historical Retrospective on the Origins of Hydraulic Thread‑Rolling Machines The earliest forms of hydraulic thread‑rolling machines can be traced back to the early 20th century. At that time, the manufacturing industry was increasingly demanding higher productivity, and traditional thread‑rolling methods could no longer meet these needs. Engineers thus began exploring new technologies, experimenting with integrating hydraulic systems into thread‑rolling machinery. This combination not only boosted production efficiency but also significantly enhanced product precision. Imagine the arduous conditions under which early workers operated cumbersome equipment, enduring heavy manual labor—today, the advent of hydraulic thread‑rolling machines has opened a gateway to the future for them. Continuous Technological Advancement With advances in science and technology, hydraulic thread‑rolling machines have steadily evolved from manual operation to fully automated systems. Modern hydraulic thread‑rolling machines are equipped with sophisticated control systems that not only increase production efficiency but also enable precise management of every stage in the manufacturing process. Have you ever considered how such technological upgrades impact the entire manufacturing landscape?

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Selecting a Hydraulic Thread-Rolling Machine: How to Choose the Right Thread-Rolling Equipment for Processing Marked Parts?

Choosing a Hydraulic Thread‑Rolling Machine: How to Select the Right Equipment for Processing Marked Parts? In the manufacturing industry, hydraulic thread‑rolling machines have become increasingly popular among businesses thanks to their high efficiency. Their primary function is to perform thread‑rolling on metal materials, helping manufacturers meet demands for high precision and productivity. However, with so many models available on the market, selecting the right machine for your specific marking‑part processing needs can be quite a challenge. Today, we’ll explore this topic in detail. Understanding the Basic Principles of Hydraulic Thread‑Rolling Machines First, let’s clarify how these machines work. Simply put, they use a hydraulic system to drive rollers that shape metal materials. This process not only enhances material strength but also boosts production efficiency. Imagine having a “craftsman” who can process your materials at any time—while delivering far greater speed and accuracy than traditional methods. That’s the appeal of hydraulic thread‑rolling machines. Defining Your Processing Requirements Before choosing a hydraulic thread‑rolling machine, you must first identify your specific processing needs. For example, what kind of marked parts do you need to produce—bolts, nuts, or components of other shapes? Different applications impose distinct requirements on the equipment. If…

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Xing Gong News

Professional thread machining, creating precision industrial components.

Professional thread machining: crafting precision industrial components. In modern industrial production, the importance of thread machining is self‑evident. It is not merely a technical issue; it is a critical step that directly impacts overall production efficiency and product quality. Imagine this: if your machine parts are loosely fastened or the threads are imprecise, what consequences would follow? Indeed, no one wants to face production stoppages—or even more serious accidents—caused by threading problems. That’s why selecting specialized thread‑machining equipment, such as thread‑rolling machines, is so crucial. What is a thread‑rolling machine? Before diving deeper into thread machining, let’s first explore this key piece of equipment. A thread‑rolling machine is a specialized tool designed to produce threads. It forms threads on metal or other materials through a rolling process. Compared with traditional cutting methods, this approach offers higher efficiency and superior precision. Picture it: in your workshop, the thread‑rolling machine acts like a meticulous artist, transforming raw materials into perfectly crafted industrial components. The advantages of thread‑rolling machines So, what benefits does using a thread‑rolling machine bring to thread machining? First, because it employs cold‑working technology, it preserves the material’s strength and hardness far better than hot‑working processes. Try…

Hebei Xinggong Machinery Manufacturing Co., Ltd.

Comprehensive product solutions for thread-rolling machines

The company’s main products—the Z28-40, Z28-80, Z28-200, and ZC28-6.3 three‑axis thread‑rolling machines—are widely used for machining standard and non‑standard components. In the cold state, these machines can perform thread rolling to produce straight threads, helical threads, and module‑type threads on workpieces.

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The product line comprises four major series with over 20 varieties, sold nationwide. The company’s annual output exceeds 1,200 units, and some products are exported to countries and regions in Asia, Africa, and beyond.

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Xinggong Company is committed to delivering high-quality products and comprehensive services, working together with our valued customers to build a bright future for the fastener industry.

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