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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.
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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.
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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.

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SJ-36 Type Diameter Reducing Machine


The SJ-36 diameter‑reducing machine is a non‑cutting machining device that offers high production efficiency, a simple process, ease of operation, material savings, and stable quality. It employs hydraulic technology to cold‑press and form the portion of round steel requiring diameter reduction by feeding it into a dedicated die cavity. This process significantly increases the density of the compressed section, thereby enhancing the material’s tensile strength, while maintaining its ductility and impact toughness. As a result, the strength of the threaded portion and the shank are uniform, eliminating the drawbacks associated with reduced tensile strength and impact toughness caused by lathe‑turned surface removal.

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SJ-46 Type Diameter Reducing Machine


The SJ-46 diameter‑reducing machine is a non‑cutting machining device that offers high production efficiency, a simple process, ease of operation, material savings, and stable quality. It employs hydraulic technology to cold‑shrink and form the portion of round steel requiring diameter reduction by feeding it into a dedicated die cavity. This process significantly increases the density of the reduced section, thereby enhancing the material’s tensile strength, while maintaining its ductility and impact toughness. As a result, the strength of the threaded portion and the shank are uniform, eliminating the drawbacks associated with reduced tensile strength and impact toughness caused by lathe‑turned surface removal.

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SJ-60 Type Diameter Reducing Machine


A diameter‑reducing machine is a non‑cutting machining device that offers high production efficiency, simple processes, convenient operation, material savings, and stable quality. It employs hydraulic technology to feed round steel, threaded steel, and similar workpieces into specialized dies for cold extrusion. This process significantly increases the density of the steel in the extruded parts, thereby enhancing their tensile strength—without compromising ductility or impact toughness. As a result, the strength of the screw shank and the rod section becomes uniform, addressing the drawback of lathe‑turned peeling, which typically reduces both tensile strength and impact toughness. The diameter‑reducing machine is an ideal solution for manufacturing anchor bolts, foundation screws, and long‑rod screws used in mining applications. 1. The diameter‑reducing machine is equipped with a lifting pile, on which wire ropes of appropriate length and diameter can be suspended.
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ZMJ-624 Cold-Rolled Twisted Anchor Bolt Machine


It is a specialized machine for manufacturing helical anchor bolts, integrating head flattening and automatic mechanical twisting into a single process to produce the anchor bolt heads in one continuous operation. The machine features a well‑thought‑out design, high‑quality construction, a compact structure, user‑friendly operation, and high production efficiency, while also enhancing the strength of the finished helical anchor bolts.

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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.

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TZ8-20 Type Wire Threading Machine


This machine is primarily used for roll forming in the construction, mining, and other thread‑rolling applications. It is suitable for materials with an elongation of greater than 10% and a tensile strength of less than 1000 N/mm², including various carbon steels, alloy steels, and nonferrous metals.

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

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