End‑to‑end automation for seamless metal tube and bar processing – reducing labor costs, improving efficiency, and simplifying operation from start to finish. How the Fully Automatic Line Works – Step by Step Step Process Automation Feature 1 Raw material is loaded into the automatic loading station Bulk loading – minimizes manual handling 2 Feeding rack automatically moves material to the pointing machine Auto‑singulation and transfer – no operator intervention 3 After point

In our workshop, we are currently preparing automatic drawing machines for Korean and Bengal customers – both requiring complete lines covering pointing, straightening, and drawing. Two Orders, One Comprehensive Approach Customer Scope Key Requirement Korea Full line – pointing, straightening, drawing Complete metal material processing solution Bengal Full line – pointing, straightening, drawing Integrated system for efficient production Both orders reflect a growing trend: m

With our headquarters in Dongguan and a second manufacturing facility in Yangjiang City, we operate two fully dedicated production bases – specializing exclusively in cold drawing machines, straightening machines, and pointing machines across all structural configurations. A Manufacturing Footprint Built for Precision Our Dongguan factory serves as the main production hub, housing our engineering, assembly, and testing operations. The Yangjiang factory expands our capacity, a

Our Dongguan factory's 2nd workshop is fully occupied with machines in various stages of production – each one custom‑engineered for specific customer requirements, not off‑the‑shelf. With all machine parts kept in stock, we ensure fast delivery once your design is confirmed. Why Customization Matters in Cold Drawing Equipment Every metal processing application is unique. Material type, tube/bar diameter, wall thickness, drawing length, and tolerance requirements vary signifi

Three flexible hydraulic oil cooling methods – air cooling, water circulation, and active refrigeration – allow you to choose the most convenient and cost‑effective option for your specific production line. The Importance of Hydraulic Oil Cooling in Cold Drawing Hydraulic cold drawing machines generate significant heat during continuous operation. The hydraulic oil temperature must be maintained within an optimal range to ensure: Stable viscosity – consistent pressure and flo

Designed for superconductor and stainless steel applications – where tolerance and concentricity are critical, hydraulic drive outperforms chain‑type systems. Two Machines, Two Different Requirements – One Common Choice We have recently completed two sets of 10‑ton hydraulic cold drawing machines, each configured with a different effective drawing length to match specific customer needs. While the machines share the same hydraulic drive architecture, their applications could

Equipped with four oil cylinders, air pre‑pressure, and oil pressure for amplified force – this powerful pointing machine is designed to reduce thick‑wall tube diameters efficiently before the cold drawing process, lowering labor costs and improving pointing productivity. The Challenge of Pointing Thick‑Wall Tubes Pointing – the process of reducing the leading end of a tube to a tapered shape for smooth drawing die entry – becomes significantly more challenging with thick‑wal

A precision cold drawing machine—often referred to as a drawbench—is a specialized piece of metalworking equipment used to reshape metal tubes, bars, and profiles at room temperature. By pulling the workpiece through a precision‑engineered die, the process reduces its diameter and wall thickness while simultaneously improving dimensional accuracy, surface finish, and mechanical properties. How It Works The process begins with a metal tube or bar whose leading end has been red

17-roller horizontal straightening system delivers consistent geometric precision for tubes up to φ180 mm and bars up to φ90 mm – ideal for oil & gas pipelines, hydraulic cylinders, structural applications, and heavy industrial processing. Precision Straightening for Large-Diameter Tubes and Bars FangRong’s FR-180 straightening machine is a 17-roller horizontal straightening system engineered for high-precision correction of metal round tubes and bars. With a maximum straight

Revolutionizing profile straightening with an auto-feeding guide that self-centers any cross-section – eliminating manual threading, preventing stuck ends, and enabling true hands-off operation from start to finish. The Challenge: Straightening Complex Profiles Without Manual Intervention Special-shaped profiles – square, rectangular, hexagonal, channel, angle, and custom extrusions – have traditionally required careful manual alignment during the straightening process. Opera

Fully integrated infeed and outfeed systems with magazine storage, singulation, orientation correction, and stacking – eliminating manual handling, reducing labor costs, and delivering consistent ≤0.15 mm/m straightness for tubes, bars, and profiles. The Productivity Bottleneck in Traditional Straightening Manual loading and unloading of tubes, bars, or profiles into a straightening machine introduces several inefficiencies and risks: Labor dependency – dedicated operators ar

Advanced hydraulic and servo‑electric drawbenches with closed‑loop control, precision tooling, and automated handling – delivering ±0.015 mm dimensional accuracy, Ra 0.2 µm surface finish, and consistent mechanical properties across steel, stainless, aluminum, copper, titanium, and specialty alloys. The Critical Role of Precision Cold Drawing in Metal Processing Cold drawing is a fundamental metalworking process that enhances dimensional accuracy, surface quality, and mechani

With up to 20 precision‑ground rollers arranged in a 10+10 configuration, these machines deliver exceptional straightness (≤0.2 mm/m), surface improvement, and roundness correction for metal tubes, bars, and special profiles. What Is a 20‑Roll Precision Straightening Machine? A 20‑roll straightening machine is a high‑precision multi‑roller system designed for straightening metal tubes, round bars, and certain special profiles. Its defining feature is the arrangement of 20 rol

Powered by Inovance servo motor technology, FangRong’s hydraulic drawbenches deliver ±0.02mm accuracy, smooth operation, and seamless PLC integration – the optimal choice for demanding tube and bar drawing applications. The Drive System Decision – Why It Matters For hydraulic cold drawing machines, the choice of drive motor is not a trivial detail – it directly affects precision, stability, and control flexibility. Manufacturers can select either a standard AC motor or a high

Every component precision‑processed – from the roller basement to the main frame – to guarantee straightness <0.3 mm/m for your most demanding metal profiles. Behind the Scenes: Manufacturing High‑Precision Straighteners We have just completed the fabrication of our larger‑capacity straightening machines – the 150 model and 100 model. These machines are currently semi‑finished products: the main frames have been fabricated, and the major structural components are in place. Th

As the industry faces a growing shortage of skilled operators, more manufacturers are turning to fully automatic drawbenches – achieving higher throughput, consistent quality, and reduced labor dependency. The Shift Toward Automation in Cold Drawing In our workshop, we are currently installing a new automatic drawing machine – a clear reflection of the market trend we are seeing across the industry. More and more customers are requesting automatic systems for their cold drawi

From custom roll design based on your profile drawings to sample testing and optimization – FangRong delivers tailored straightening solutions for aluminum alloy and other metal profiles, achieving the straightness your application demands. The Challenge of Straightening Irregular Profiles Standard straightening machines are designed for round bars and simple tubes. When faced with irregular, cold‑drawn, or extruded profiles – complex cross‑sections with varying wall thicknes

Advanced hydraulic drawbenches deliver superior dimensional accuracy, surface finish, and process stability for demanding tube and bar production – the preferred choice when precision is non-negotiable. When Precision Matters Most In critical applications – aerospace hydraulic lines, medical hypotubes, automotive fuel injection components, and precision instrumentation – dimensional accuracy is not a luxury; it is a functional requirement. A deviation of just 0.02 mm can mean

Advanced four‑die hydraulic pointing technology with adaptive force control, quick‑change tooling, and material‑specific recipe management – processing copper, brass, aluminum, carbon steel, stainless steel, and specialty alloys in a single automated cell. The Challenge: Pointing a Diverse Range of Metal Tubes In today's agile metal processing environment, manufacturers are increasingly required to handle a wide variety of tube materials—from soft copper and aluminum to high‑

Advanced servo-hydraulic drawbenches combine high‑response electronic control with smooth hydraulic force – delivering ±0.015 mm dimensional accuracy, Ra 0.2 µm surface finish, and energy efficiency up to 25% better than conventional systems for aerospace, medical, automotive, and industrial applications. Why Servo-Hydraulic Technology Represents the Next Generation of Cold Drawing Cold drawing is a transformative metalworking process that enhances dimensional accuracy, surfa