Agriculture Sector
In the agricultural sector, every component tells a story of skill and commitment. Using the MIG-MAG process, carbon steel structures are created to support irrigation systems, agricultural machinery, and gardening accessories, transforming design and know-how into tangible solutions for those who work the land.
    Food Sector
    Behind every food production line lies precision and methodology. Using the MIG-MAG process, stainless steel components for bottling machines and carbon steel frames for mixers, food processing machines, wire carts, and trays are produced, among the most significant applications. The TIG process completes the lines with stainless steel filters for the chemical-pharmaceutical and food sectors, supporting daily operations and delicate processes.
      Furniture Sector
      Every structure for healthcare environments is born from the balance of engineering and design. The MIG-MAG process works on carbon steel parts, while the TIG process produces aluminum components. Desk supports, seating, patient transport equipment, and outdoor furnishings demonstrate how welding transforms materials into practical solutions for daily use.
        Environmental Sector
        In waste sorting systems, every component comes to life through robotic welding. MIG-MAG processes produce bins and subassemblies in carbon steel and galvanized steel, while TIG processes create stainless steel openings, key elements that make the collection cycle efficient..
          Construction Sector
          Every structure for construction arises from the combination of design and practicality. Using the MIG-MAG process, rockfall protection systems, avalanche containment nets, ladders, and scaffolds in carbon steel are produced, contributing to the management of complex tasks in challenging environments.
            Energy Sector
            In the Oil & Gas sector and other industrial applications, wear-resistant overlays on butterfly and triple-eccentric valve bodies are welded using the MIG-MAG process on carbon steel components. Key applications include hydrocarbon extraction and refining, storage and transport of liquefied gases, chemical and petrochemical plants, energy production, and other industrial sectors.
            Work Vehicles Sector
            Work machines and vehicles take shape through precise, targeted welding. Using the MIG-MAG process, arms, buckets, earth-moving machines, marble extraction equipment, hydraulic fittings, tailgates, salt spreader tanks, and Track Motion components in carbon steel are produced. Aluminum heat exchangers, manufactured with the SAWP process, complete the range among the most significant applications.
                Professional Catering Sector
                Professional kitchens require solutions capable of supporting intense workloads. Oven chambers in stainless steel and fry-top plates, welded using the TIG process with or without filler wire, are examples of structures designed to ensure operational continuity and high performance in demanding environments.
                  Lifting Sector
                  Every handling equipment is designed to efficiently integrate multiple components. Forklifts, carbon steel conveyor rollers, aerial platform baskets, and aluminum parts for telescopic lifts are manufactured using the MIG-MAG process, along with other components for subcontractors in the production of pallet trucks and light-to-medium structural steelwork.
                    Thermal Engineering Sector
                    In the thermal engineering sector, welding brings operational structures to life. Chimneys, external fan housings, pellet stoves, thermo-fireplaces, and flue accessories in carbon steel are produced using the MIG-MAG process, while components for domestic boilers and heat pumps in carbon steel are manufactured with the TIG process, among the most representative applications in the sector.