Explore our foundational equipment systems engineered to meet rigid CE compliance and international structural standards.
CE certified high-speed drawing systems engineered for optimal diameter reduction with minimal slip, guaranteeing wire integrity.
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Automatic high-precision winding stations designed to secure seamless layer packing, avoiding tangles in automatic welding setups.
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Industrial barrel-filling systems tailored for heavy-duty bulk packaging, keeping wires protected from environmental elements.
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Highly accurate butt welding units ensuring continuous feed transitions during raw wire drawing stages, minimizing down-time.
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Advanced high-speed drum winding technology featuring modern packing tension control for large volume industrial demands.
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Precision-ground rolling cassettes and high-durability dies engineered to ensure exact sizing and smooth surface finish.
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Complete integrated manufacturing setups that process steel rods into finished, copper-coated solid wire products efficiently.
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High-accuracy strip splicing machines that enable endless forming cycles, avoiding disruptions in structural strip processing.
View DetailsModern infrastructure relies heavily on automated welding technologies. In heavy engineering, offshore oil and gas rigs, structural steel frame installation, and naval shipbuilding, Flux Cored Arc Welding (FCAW) has largely overtaken traditional manual metal arc (MMA) and solid-wire gas metal arc welding (GMAW). This pivot is driven by the wire's design: a hollow metallic sheath filled with complex fluxing powders that improve deposition rates, refine mechanical properties, and provide robust gas shielding in harsh conditions.
Operating an efficient FCW manufacturing facility requires managing high line speeds, ensuring powder fill uniformity, and minimizing hydrogen absorption. Fluctuations in powder density or strip dimensions can lead to welding defects. Maintaining consistency demands precision machinery that integrates strip processing, ultrasonic degreasing, precise chemical blending, continuous extrusion, and high-speed drawing.
As a leading supplier and manufacturer, Beijing Orient Pengsheng Tech Co., Ltd. provides complete production lines that blend European technology with cost-effective Chinese manufacturing. This approach ensures consistent output, minimal downtime, and high compliance with ISO and CE standards.
Established in 2011, Beijing Orient Pengsheng Tech. Co., Ltd. is built on more than 20 years of hands-on experience in flux-cored welding wire manufacturing machinery. With European technical partnership and dedicated research and development, we have established our own intellectual property, state-of-the-art production facilities, and robust quality management protocols.
We focus on supplying complete FCW production plants and auxiliary machinery that deliver high precision and reliability. Over the past decade, we have delivered more than 150 turnkey production lines to customers in over 10 countries across Western Europe, the Americas, and Southeast Asia.
Our project execution stretches from the preliminary design of low-carbon steel strip slitting setups to the optimization of high-speed layer winding systems. We help companies establish new manufacturing sites or modernize older operations to lower production costs and improve wire surface finish.
Combining European engineering principles with optimized manufacturing workflows to deliver high-quality production equipment.
We use advanced manufacturing systems, sourcing our core mechanical components directly from Europe to ensure long-term durability and operational precision.
With hundreds of operating lines in the field, our designs are optimized for real-world manufacturing conditions, handling thermal expansion and wire drawing stress easily.
Our engineering team provides full life-cycle support, including pre-sales consulting, technical layout planning, on-site commissioning, and spare parts supply.
We configure production speeds, slitting widths, forming dies, and automation systems to match your local power grids and product requirements.
We combine European engineering standards with China's manufacturing ecosystem to deliver high-quality, cost-efficient machinery.
Our complete machinery lines are built to meet rigorous European safety standards, featuring interlocked guards, low-voltage control circuits, and CE marking.
We supply the full sequence of machinery required to process raw steel strips and chemical powders into certified welding wire.
Producing high-quality flux-cored wire requires precise mechanical controls and consistent chemical ratios. Below is an overview of the key processing phases managed by our integrated lines:
The production process begins with low-carbon steel strip coils. The strip must be slit to precise widths using a high-accuracy slitting line. Any variance in width affects the tube forming process, leading to inconsistent powder filling or open seams.
Before forming, the strip must be completely cleaned. Residual rolling oils or surface contamination can introduce carbon or hydrogen into the welding wire, causing porosity in the final weld. Our inline ultrasonic cleaning machine uses multi-stage transducers to remove oils and contaminants at high operating speeds.
The core performance of the wire depends on its inner flux chemistry. Powder ingredients (including deoxidizers, arc stabilizers, slag formers, and alloying elements) must be thoroughly mixed. Our specialized powder mixers prevent ingredient separation, while electric ovens keep moisture levels low.
During the forming phase, the clean steel strip is shaped through a series of rollers. As it forms a U-shape, a volumetric powder dispenser feeds the mixed flux into the profile. The seam is then closed as either a butt-joint or an overlap joint. Precise control over the strip deformation ensures the powder is fully enclosed without leaks.
Once the strip is closed around the flux core, it undergoes diameter reduction to reach its final size (typically 1.2mm, 1.6mm, or larger). The wire is drawn through straight-line drawing machines equipped with rolling cassettes and drawing dies. Straight drawing reduces wire twist and minimizes friction, which prevents powder compaction issues and extends die life.
The final stage is high-precision winding. The wire is wound onto spools using layer rewinding machines or packaged in drums or pails for bulk industrial use. Consistent winding tension is critical to prevent wire deformation, ensuring smooth feeding in automated welding torches.
Find answers to common questions regarding our equipment specifications, warranties, payment terms, and installation services.
Explore our selection of specialized forming, cleaning, slitting, and mixing equipment for modern wire factories.
CE certified rewinding machinery equipped with precise tension control systems to ensure neat spool winding.
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Industrial blending systems designed to deliver a uniform mixture of chemical fluxes for consistent wire performance.
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High-accuracy slitting machines that cut wide steel coils into precise narrow strips ready for tube forming lines.
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High-efficiency cleaning stations designed to remove grease and residues from steel strips before powder filling.
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Advanced forming systems designed for butt seam and overlap processing, keeping the core powder securely enclosed.
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CE certified high-speed drawing systems engineered for optimal diameter reduction with minimal slip, guaranteeing wire integrity.
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Automatic high-precision winding stations designed to secure seamless layer packing, avoiding tangles in automatic welding setups.
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Industrial barrel-filling systems tailored for heavy-duty bulk packaging, keeping wires protected from environmental elements.
View DetailsIf you are looking to install a new flux-cored wire line or upgrade your existing drawing, cleaning, or winding systems, feel free to contact us. Send us your parameters and production goals, and our engineering team will assist you with layout planning and proposals.
We reply to all inquiries within 24 business hours with detailed technical info.
Orient PengSheng