Explore our state-of-the-art core machines designed to fulfill the zero-defect standards of Aichi's manufacturing cluster.
Integrated drum take-up system delivering highly precise layer winding configuration directly into packaging drums. Optimized for continuous, automated industrial packaging cycles.
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Advanced transducer array systems designed to remove rolling oils and surface contaminants. Promotes optimal welding strip surface energy levels prior to core flux introduction.
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Reliable resistance butt welding unit featuring rapid mechanical clamping. Engineered to minimize weld seam heat-affected zones, reducing risks of breaks during fast wire-drawing phases.
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Industrial TIG/Plasma strip end-joining machine. Features high alignment accuracy to prevent line stoppages during strip feeding and dynamic forming.
View SpecificationsThe Chubu region, centered around Nagoya in Aichi Prefecture, is recognized worldwide as Japan's powerhouse for heavy manufacturing, automotive innovation, aerospace structures, and robotics. In this highly automated environment, welding consumables must adhere to demanding engineering tolerances. Conventional welding lines often fall short of these strict requirements, leading to wire feeding blockages in robotic arms and inconsistent weld quality.
Our Flux Cored Welding Wire (FCW) Production Lines are designed to meet Nagoya's high-tech manufacturing standards. By integrating continuous forming, precise powder dosing, and straight-line wire drawing, our lines produce welding wires with optimal fill ratios and seamless geometric uniformity. These characteristics are critical for the high-yield manufacturing processes used in the automotive and heavy industrial plants of the region.
Furthermore, our technology addresses modern industrial goals, such as reduced hydrogen content in deposited metal and minimized spatter rates. This compatibility makes it an ideal fit for the robotic manufacturing centers operating across Nagoya.
Established in 2011, Beijing Orient Pengsheng Tech. Co., Ltd. builds upon more than 20 years of dedicated experience with flux-cored welding wire manufacturing machinery. Collaborating closely with European engineering partners, we have established our own proprietary technologies, research facilities, and advanced manufacturing processes.
We focus on delivering high-tech FCW lines with modern control architectures, enabling global manufacturers to produce top-grade welding consumables. Every component, from slitting lines to layer winders, is built to support long-term operational reliability and high productivity.
Years of Engineering R&D
Turnkey Lines Installed Worldwide
Global Export Destination Countries
JIS & CE Compliance Rate
Delivering high engineering quality, reliable field services, and customization capabilities to demanding industrial markets.
Our core machinery modules leverage European design principles, incorporating high-quality structural steel and electrical control components to ensure stable operation at high speeds.
With hundreds of installations operational globally, our systems have been refined based on varied production environments and metallurgical standards.
Our engineering division provides full support through pre-sales plant layout design, on-site commissioning, operator training, and remote software diagnostics.
We adjust production line configurations—such as custom strip slitting widths, specific chemical cleaning stages, or localized safety enclosures—to meet the site layouts and safety regulations of Japanese plants.
An in-depth look at our metallurgical processing, mechanical drawing limits, and advanced forming methods.
A critical step in producing high-quality flux-cored wire is keeping the core flux dry and uniformly mixed. Any moisture in the powder can introduce hydrogen into the weld metal, increasing the risk of cold cracking in high-strength steels. Our systems utilize enclosed powder handling, mixing, and baking stages to control humidity and maintain precise chemical composition throughout the process.
Our forming lines are engineered to handle two primary cross-sectional configurations: overlap-seam (which mechanical seals the powder core) and butt-seam (ideal for seamless, copper-coated, or specialized moisture-resistant wires). Precise tooling controls the strip profiling to ensure consistent tube diameter and powder filling accuracy.
| Feature Parameter | Overlap-Seam Type Line | Butt-Seam (Seamless) Type Line |
|---|---|---|
| Target Wire Diameter Range | 1.2 mm – 3.2 mm | 0.9 mm – 2.0 mm |
| Powder Filling Coefficient Range | 15% – 28% (±0.3% stability) | 12% – 22% (±0.2% stability) |
| Production Winding Speeds | Up to 12 m/s (Drawing) | Up to 18 m/s (Drawing) |
| Optimal Applications | General Structural Steel, Heavy Machinery | Robotic Automotive Welding, High Moisture Protection |
After forming, the wire is drawn through progressive reduction dies. To maintain the wire's physical properties and avoid work hardening issues, we use straight-line, capstan-driven drawing machines with precise speed control and water-cooling channels. This setup manages heat buildup, extending die life and maintaining consistent wire tensile strength.
The final phase uses high-precision spooling to ensure smooth wire feeding in automated welding cells. Our layer winders employ tension control and precise positioning to wind the wire onto spools or into drums without twists or surface damage, supporting reliable feedability during high-speed robotic welding.
Every machine in our range is designed to integrate into a continuous, high-performance production line.
Tungsten carbide and diamond wire drawing dies paired with rolling cassettes to optimize diameter reduction. Reduces wire friction and heat generation.
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Designed to split broad cold-rolled coils into precise narrow strips. Minimizes burrs and edge deformations for better forming results.
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CE-certified drawing unit with active sensor control. Designed to handle high-tensile flux-cored wire while maintaining structural integrity.
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High-efficiency production system for solid MIG/TIG wires, featuring integrated cleaning, drawing, and copper-coating stages.
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Double-cone powder blending system that prevents segregation, ensuring uniform distribution of alloy elements throughout the flux.
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Precision-guided roll forming system supporting both overlapping and open-butt tube configurations prior to powder injection.
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Smart rewinding machine featuring precise traverse pitch control. Delivers neatly wound, tangle-free spools suitable for robotic use.
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Robust heavy-duty pail packager designed for high-capacity bulk wire distribution. Ensures stable drum filling and neat loops.
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Automated high-speed winding machine for solid wires, maintaining precise layer alignment for industrial spool sizes.
View DetailsContact our engineering division to discuss your specific production requirements and receive a detailed plant proposal.
Send Inquiry NowOperating in Nagoya's industrial market requires strict compliance with domestic standards, environmental regulations, and safety guidelines. Our equipment and workflows are designed to support smooth integration and compliant operation within this region:
Find answers to technical questions about our production lines, commissioning process, and support services.
Pricing varies based on configuration, output capacity, degree of automation, and custom cleaning stages. After discussing your production requirements, we will provide a detailed technical offer and formal quotation.
Yes. We provide complete documentation packages, including certificate of origin, mill certificates, user manuals, electrical schematics, CE conformity certificates, and export/shipping documents.
Our typical terms are a 30% deposit via Telegraphic Transfer (T/T), with the remaining 70% balance payable by irrevocable Letter of Credit (L/C) or T/T upon presentation of shipping documentation.
We provide a 12-month warranty from the date of machine commissioning. The warranty covers manufacturing and material defects but does not cover normal wear parts or damage resulting from operator error.
Yes. Our engineering team provides support through pre-installation site evaluation, on-site setup, calibration, and training for local operators to ensure safe and efficient machinery operation.
Lead time is generally between 2 to 3 months, depending on the complexity of the custom line configurations. We will specify the production schedule and delivery estimate in our formal proposal.
Orient PengSheng