Optimized systems delivering ultra-low dilution, minimal heat-affected zones, and superior metallurgical bonds for high-wear machinery in Dublin, Cork, and Limerick.
Mobile laser cladding solution designed for on-site turbine, shaft, and tool repair across Irish industrial plants. Dramatically reduces logistical downtime.
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Multi-axis gantry system engineered for high-precision deposition on large-scale planar dies, molds, and flat structural surfaces.
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Automated cladding line optimizing corrosion and wear resistance on hydraulic pistons, shafts, and cylinders operating in harsh North Atlantic environments.
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Specialized tooling cladding equipment designed for heavy-duty soil tillage implements, mining picks, and excavation cutter heads.
View System DetailsAs Ireland positions itself as a global leader in high-tech manufacturing, medical device technologies, and wind energy infrastructure, local enterprises face a critical challenge: component wear and early lifecycle failures. Traditional repair welding often degrades core mechanical properties, introducing massive thermal distortion.
Laser Cladding (or Direct Energy Deposition - DED) and Plasma Transferred Arc (PTA) cladding present a paradigm shift. By utilizing a highly focused laser beam or plasma arc as heat sources to melt metallic powder concurrently onto substrate materials, these processes form a genuine metallurgical bond. This ensures a minimal Heat-Affected Zone (HAZ), zero porosity, and controlled dilution rates below 5%—critical requirements for high-stress aerospace components in Shannon and deep-sea offshore exploration equipment in the Irish Sea.
An integration of state-of-the-art multi-axis robotics, proprietary powder feeders, and real-time melt pool monitoring.
Our engineering division features independent research pipelines developing custom coaxial laser cladding heads, multi-channel powder feeders, and high-frequency plasma torches. We design with longevity and duty cycle efficiency in mind.
All equipment exported to Ireland is fully CE certified and complies with European safety guidelines and ISO 15614-7 specifications for hardfacing qualifications. Guaranteed local service support availability.
Our automated systems integrate seamlessly with manufacturing execution systems (MES), utilizing Siemens or Beckhoff control architectures for real-time laser power control and data logging.
Our systems operate reliably across demanding commercial industries, prolonging lifecycle value by up to 300%.
Shanghai Duomu has been a leading manufacturer and exporter of PTA cladding machines and Laser cladding systems for more than ten years. Backed by a strong technical background and a dedicated independent R&D team, we develop, produce, and sell advanced surface engineering machinery worldwide.
Our welding machines boast exceptional arc stability, capable of sustained, high-efficiency operation in continuous shift production lines. Our laser cladding systems support large-scale industrial remanufacturing, minimizing heat inputs while providing a metallurgical bond strength that far outclasses flame thermal spraying and traditional arc overlays. We deliver complete, turnkey manufacturing solutions engineered around specific client parts.
Explore our highly integrated Plasma Powder Transferred Arc (PTA) and S-TIG welding machines engineered to run demanding protective coatings.
Multi-process plasma surfacing system optimized for metallurgical bond hardfacing. Robust thermal management for continuous operation.
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Featuring high-precision powder dosing systems and user-friendly digital control interface for precise wear resistant overlay deposition.
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Highly compact footprint combining welding power supply, gas mixing panel, and cooling module in a single industrial chassis.
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Specifically engineered for depositing cobalt-base and nickel-base powder onto valve seats, mixers, and tooling components.
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Capable of long duty-cycle overlay deposition. Perfect for thick-walled vessel and process equipment fabrications in Cork refineries.
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Ultra-precise numerical control weld path tracking for thin-wall heat exchanger diaphragm assemblies. Perfect for Irish chemical plants.
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Linear seam welding system delivering clean, defect-free welding profiles on cylindrical shells and longitudinal plates.
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Advanced tungsten inert gas setup featuring low thermal impact dynamics, suited for precision welding of complex carbon-steel structures.
View SystemEnhance cladding precision with multi-axis automated robotic systems and specialized surfacing torches.
6-axis articulated robot system designed to clad complex geometries such as engine components and turbine surfaces.
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Ultra-fine energy control tailored for micro welding applications, medical components, and precision sensors.
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Patented gas flow and powder feeding dynamics, yielding stable, long-running powder transference without blockage.
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Water-cooled 500A surfacing torch designed to withstand severe high-amperage alloy powder deposition cycles.
View TorchTailoring physical configurations, CNC path programs, and robotics integrations around your application.
We don't just supply standard setups; we engineer industry-specific turnkey systems. Our engineers routinely build specialized machinery configuration packages, including:
Knowledge sharing directly from our surface engineering laboratory to optimize hardfacing yields.
A key process path for valve manufacturers facing severe erosion, corrosion, and high temperature cycles in petrochemical extraction networks.
Screw conveyors in cement, biomass energy, and mining plants represent frequent unplanned production downtime risks. Hardfacing extends life cycles significantly.
Controlling the dilution rate is vital in Plasma Transferred Arc cladding. Low dilution guarantees alloy chemical integrity on carbon steel.
Technical answers regarding Laser Cladding, PTA, and local delivery in Ireland.
Duomu