From concept to operation. Complete metalworking solutions under one roof
We convert technical requirements into manufacturable engineering solutions, supporting projects from concept development to final production drawings. Designs are developed with consideration for manufacturing, assembly and operational conditions.
Engineering includes mechanical and process equipment design, stress analysis, thermal expansion calculations and flow modelling for chemical process equipment. Calculations and modelling are performed using SolidEdge, AutoCAD, Pass/Equip and Lauterbach Verfahrenstechnik, with full documentation for manufacturing, quality control and certification.
Planning converts project requirements into structured execution strategies aligned with engineering, manufacturing, and installation stages. Work includes technical feasibility evaluation, scope definition, production sequencing, logistics coordination, and resource planning to ensure manufacturability and schedule reliability. Planning integrates engineering documentation, fabrication constraints, material flow, and installation requirements, allowing complex industrial projects to move from concept to production with controlled timelines and clear technical deliverables.
Advanced metal fabrication using waterjet cutting, robotic welding, plate rolling and precision machining, supported by over 160 qualified WPQR covering Duplex, Super Duplex, Titanium and Nickel alloys. Production includes waterjet cutting up to 300 mm thickness, four-roll plate bending forming cylinders up to 5 m diameter, and robotic welding for long seam consistency, alongside conventional and CNC equipment for forming, cutting, beveling and finishing. Welding processes include TIG, MIG/MAG, submerged arc and manual arc, executed in accordance with EN ISO 3834-2, with full control of heat input and welding parameters.Manufacturing capacity covers custom components and large structural assemblies, with dimensional inspection and non-destructive testing performed during production.
Assembly of custom equipment and third-party systems performed on-site or in our facility, depending on project requirements. Work includes fit-up, alignment verification, tolerance stack-up control and assembly sequencing for complex industrial equipment. In-facility assembly is carried out using overhead cranes, precision leveling equipment and full tooling, allowing equipment to be fully assembled, tested and documented before shipment. On-site assembly teams perform installation in active production environments using lifting equipment and specialized tools, coordinating with plant operations to minimize disruption. Services also include assembly of equipment supplied by third-party manufacturers, following technical drawings and manufacturer specifications, with delivery ready for commissioning.
Full-cycle transportation, installation and commissioning of industrial equipment delivered as contractor or general contractor services. Installation teams work in chemical plants, mining operations, pharmaceutical facilities and food production environments, performing equipment installation under active production conditions with compliance to permit requirements, hot work procedures and confined space protocols. Scope includes logistics coordination, international shipping documentation, crane operations, and delivery scheduling, including oversized equipment. As general constructor we coordinate multiple trades, subcontractors, site safety management and installation scheduling, including electrical connections, process piping, instrumentation hook-ups and control system integration. Final stages include installation verification, functional testing, startup support and operator training, ensuring equipment is ready for production and commissioning.
Technical support and maintenance documentation ensuring reliable equipment operation after installation. Documentation packages include operating manuals, maintenance schedules, spare parts lists with manufacturer part numbers, technical drawings and material certifications required for operation and service. Preventive maintenance programs define inspection intervals, wear point monitoring, lubrication specifications, adjustment procedures and replacement criteria based on actual operating conditions. Troubleshooting support and engineering assistance are available for diagnostics, equipment modification, capacity expansion and integration with existing systems, with solutions designed to maintain structural integrity and operational performance.