MWF Series Closed-Pipe Orbital Welders
6 – 168mm pipe range, stainless steel/titanium compatible, FDA/3A compliant, 90% defect reduction.
iKratz delivers intelligent orbital welding and automation systems designed for precision and repeatability. Our advanced control technology ensures consistent weld quality across industries, helping manufacturers improve productivity, reduce downtime, and meet the most demanding global standards.
6 – 168mm pipe range, stainless steel/titanium compatible, FDA/3A compliant, 90% defect reduction.
48 – 325mm large-caliber, ASME standard, predictive maintenance for petrochemical/nuclear.
Dual-operator, 100% productivity boost, 5min size switching for HVAC/power.
±0.1mm precision, zero leakage, 80% time cut, nuclear-grade available.
300A/500A, MES integration, 90% integration time cut, 30% less downtime.
Special materials/geometries, AS9100/FDA, 40 – 60% faster development for aerospace/medical.
iKratz specializes in intelligent welding and automation systems built for precision, consistency, and efficiency. We combine advanced control technology with proven engineering expertise to help manufacturers achieve stable weld quality and higher productivity across demanding industries worldwide.

Stay updated with our latest welding technologies, product launches, and engineering success stories. Explore expert tips, global project highlights, and technical knowledge designed to help you achieve better welding performance and productivity.
Covering petrochemical, heat exchanger, power generation, nuclear power & aerospace industries. It meets industry-specific needs,like ASME standards for petrochemical critical pipelines.
Automatic control: Computer regulates parameters to eliminate human errors.
Documentation system: Real-time records all welding data for FDA/ASME compliance.
Industry 4.0 integration: Connects with MES for end-to-end traceability.
Yes. With Shanghai Automate’s 12+ years of experience and MWELDER’s tech, we provide custom fixtures/processes for special materials (titanium, Inconel) and complex geometries, reducing development time by 40-60%.
90-95% fewer welding defects; 40-70% higher efficiency.
60% less skilled labor demand; 30% less unplanned downtime via predictive maintenance.