Explore our top 8 industry-standard high-performance machines engineered to support flux cored welding wires and solid wire manufacturing lines worldwide.
Designed for precise and layer-tight spooling of high-grade welding wires to prevent tangle issues during high-speed robotic welding setups.
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Guarantees perfectly homogeneous dry blending of composite flux powders, alloy ingredients, and minerals critical to consistency in hardfacing wire fabrication.
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Enables automated, heavy-duty continuous drum packing to protect finished flux-cored welding wire from oxidation and structural distortion.
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Uses advanced ultrasonic cavitation arrays to strip residual drawing compounds, dust, and grease, ensuring a flawless surface for forming.
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State-of-the-art tooling options for both overlap and butt-seam configurations, enabling seamless continuous powder filling operations.
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Premium tungsten carbide and polycrystalline diamond cassettes that optimize wire calibration, shape control, and extend tooling service life.
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Designed for heavy spool-to-pail coiling of wires, ensuring reliable delivery, reduced downstream downtime, and high storage safety.
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High-precision resistance butt-welding unit for joining wire ends, preventing line stoppage during wire drawing operations.
Learn MoreEstablished in 2011, Beijing Orient Pengsheng Tech. Co., Ltd. has evolved into a powerhouse of technical innovation and machinery manufacturing. Supported by our key European technical cooperators and continuous localized engineering innovations, we own a deep reserve of proprietary technologies, manufacturing facilities, and patents.
Our primary goal is to supply the global steel and metallurgy markets with reliable, high-speed Flux-Cored Wire (FCW) production lines that meet the most rigorous international standards. Over the last decade, we have successfully deployed more than 150 complete manufacturing lines across 10+ countries, establishing key partnerships in Western Europe, North America, and South America.
Our machines comply with CE machinery safety directives, ensuring that clients run safe, highly productive, and highly automated manufacturing plants for hardfacing alloys, wear plate wires, and mild steel welding wires.
Combining European design blueprints with the manufacturing advantages of Chinese engineering to create unmatched value.
Core mechanical components are designed in alignment with European high-precision technical cooperator directives, ensuring robust stability and top mechanical efficiency.
Hundreds of our custom-engineered machines are operational worldwide, demonstrating exceptional reliability in challenging heavy industry settings.
We boast a dedicated team of engineers who handle pre-sales setup, custom tooling configurations, plant design, on-site commissioning, and ongoing global maintenance.
By collecting valuable feedback from global operating plants, we continuously implement design upgrades for higher automated speeds and user-friendly operation.
Understanding the technological mechanisms, structural configurations, and process controls that guarantee defect-free wire output.
Submerged Arc Welding (SAW) Hardfacing Wires are composite metallurgical structures. They feature a low-carbon steel casing outer sheath wrapped tightly around a core containing a highly concentrated blend of powdered minerals, metals, and alloy matrices. The main challenge during fabrication is maintaining a highly consistent powder fill ratio (the core-to-sheath weight proportion) and preventing moisture absorption or pocketing.
To achieve reliable deposition values, we engineer specialized process systems designed to handle strip preparation, cleaning, forming, filling, continuous reduction, and spooling:
Converts master steel coils into uniform, thin, precise strip widths with tight dimensional tolerances. This ensures constant volume per unit length prior to forming.
High-powered ultrasonic units completely clear away lubricants, oils, or oxides on both sides of the strip to prevent weld seam contamination and gas porosity.
Advanced mixing machines ensure that dense metallic alloy components do not separate from lighter minerals, guaranteeing uniform chemical properties along the entire wire length.
The steel strip passes through sequential profiling rolls to form a U-shape. A high-precision vibratory powder dosing system deposits the flux before closing the strip into an overlap or butt-seam profile.
Instead of traditional high-friction dies, we utilize specialized rolling cassettes. These tools reduce drawing stress, eliminate strip breakage, and prevent the extrusion or migration of powder from the core.
The wire is drawn through straight-line capstans, optimizing tensile properties while reducing the wire diameter to precise industrial standards (typically 1.2mm, 1.6mm, 2.4mm, or 3.2mm).
The layer rewinder places the finished wire onto spools with high precision, maintaining constant tension to prevent line tangling during automatic welding operations.
For high-capacity fabrication plants, automated drum packing units pack the wire directly into moisture-tight drums or pails, protecting the flux core for transit and storage.
Leveraging structural efficiencies, raw material accessibility, and world-class engineering clusters.
Choosing Beijing Orient Pengsheng as your technology partner enables your business to leverage China's advanced manufacturing infrastructure. Our facilities are located within premier logistics hubs, allowing us to source premium materials and top-tier components efficiently:
Our engineering team conducts extensive pre-shipment dry runs and product trials on every machine. This verification step ensures smooth commissioning, minimal configuration errors, and rapid installation once the system arrives at your production facility.
Additionally, our technicians provide comprehensive operational and safety training to your team, ensuring they understand correct setup procedures and maintenance intervals. This support helps your plant achieve stable, long-term output from day one.
Adapting wire production setups to meet the evolving demands of wear plate cladding, resource extraction, and heavy engineering sectors.
Welding consumables manufactured on our production lines are widely utilized in heavy-duty machinery across several major sectors:
The global hardfacing industry is shifting toward higher alloy ratios, automated machinery controls, and eco-friendly manufacturing setups. Our research and development focuses on three primary design innovations:
Detailed technical answers to help procurement and engineering teams evaluate our machinery and process capabilities.
Pricing depends on the specific design capacity, line configuration, and levels of automation required. We provide custom configurations and formal commercial proposals based on your technical inputs. Please contact our technical sales team with your wire size, alloy types, and target output specifications.
Yes. We provide complete technical files and documentation, including CE Declaration of Conformity Certificates, machine layouts, electrical schematics, component source sheets, and export/customs clearance paperwork.
We accept a 30% deposit via Telegraphic Transfer (T/T) in advance, with the remaining 70% balance paid before shipment. Alternatively, we accept an irrevocable Letter of Credit (L/C) at sight or T/T against the Bill of Lading copy.
Our equipment is backed by a 12-month warranty beginning from the date of installation and commissioning at the client's plant. This warranty covers manufacturing defects under normal operating conditions. It does not cover standard wear parts (such as drawing cassettes, forming rolls, and cutter inserts) or faults resulting from operator error.
Our services cover the complete equipment lifecycle. During pre-sales, we provide customized engineering design consulting and factory layout planning. For after-sales, our engineering team is available for overseas deployment to handle installation, carry out test runs, and provide operational and maintenance training for your staff.
We package all equipment using export-grade materials, secure it with steel wire tie-downs inside sea containers, apply anti-rust coatings, and wrap vulnerable electronics in moisture-barrier materials. This protection prevents corrosion and physical damage during international transit.
Manufacturing a complete custom-designed production line typically takes 2 to 3 months. Lead times can vary depending on customization requirements, raw material sourcing, and overall factory capacity. We specify exact delivery schedules in our commercial quotes.
Yes. Our steel strip forming machines can be equipped with tooling sets for both overlap and butt-seam configurations. This design allows you to produce a wide range of wire structures on a single production line with minor tooling adjustments.
Consistent powder filling is achieved through three key mechanisms: synchronized variable-speed vibrating feeders that match strip speed, automated powder level detectors, and continuous mechanical guide rolls that form the strip smoothly without disturbing the powder distribution.
We resolve drawing breaks by using motorized rolling cassettes in place of static drawing dies. The reduced friction on the outer steel sheath allows the wire to draw down smoothly. Additionally, we integrate multi-stage digital speed sync controllers to prevent sudden tension spikes.
Explore our specialized equipment designed to enhance efficiency and maintain consistent quality across your wire drawing and packaging operations.
Equipped with reliable AC variable frequency drives and sensor-controlled tension arms, ensuring high-speed drawing without slip or wire deformation.
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Offers high-speed spool winding for solid welding wires, featuring integrated wire surface treatment and automatic spool changeovers.
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Enables quick, precise end-to-end strip welding to ensure a continuous material supply and minimize downtime during coil changes.
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A complete, integrated production line configured for high-capacity output of MIG/TIG solid wire, including inline copper coating processes.
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Designed to slit wide steel strips into accurate narrow bands, preparing the raw stock for subsequent forming and core-filling processes.
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Orient PengSheng