What is the automated equipment for carbon steel pipe and welded pipe production?

Carbon Steel Pipe Welding Machine is an automated equipment specifically designed for welding carbon steel pipes. It has the following core functions and effects:
Full-position welding: It can perform welding in various positions such as horizontal, vertical, and inclined, suitable for complex working conditions in pipeline construction. Some models adopt four-dimensional motion compensation technology, capable of meeting the welding requirements of variable-diameter pipes (cone angle ≤ 30°).
Multi-process compatibility: It supports various welding processes such as TIG, MIG, and SAW, and can be configured with single-gun, double-gun, or triple-gun systems to meet different welding strength and quality requirements. High-frequency welding (HFW) technology achieves efficient metallurgical bonding through skin effect, with weld strength reaching over 90% of the base material.
Molten pool intelligent control: Equipped with a molten pool adaptive monitoring system, with a qualified rate of 98.7%. Some models adopt dual-pulse power supply and visual sensing linkage to achieve single-side welding and double-side formation.
Industrial pipeline manufacturing: It is used for the production of straight seam welded pipes (outer diameter Φ7mm - Φ219mm), applicable to mechanical parts, automotive pipes, etc. Large-diameter welded pipes can achieve daily welding lengths of over 50 meters through automated welding.
High efficiency: Specific models take only 8 minutes for seam welding, reducing 75% compared to traditional processes; pre-fabricated pipeline welding can complete the rapid connection of flanges, elbows, etc. components in batches.
High stability: Using a closed-loop control system and precise mechanical design, with a qualified rate of 99.5%. Some models pass water pressure tests (1.5 times the design pressure) to ensure safety.
Flexible adaptation: Modular design supports automatic matching of various pipe diameters and can handle various carbon steel materials such as Q235B, X80. The weld gun fine-tuning function and human-machine interface further simplify the operation.
Quality inspection: Integrated with ultrasonic/X-ray flaw detection systems, real-time detection of weld defects.
Energy conservation and environmental protection: The slag recovery rate reaches 95%, reducing dust pollution.
Safety protection: Automated welding reduces the risk of manual contact with high temperatures/harmful gases.