We perform TIG, MIG and MMA welding on carbon steel, stainless steel, aluminium and titanium, tailored to each project’s specifications. Our certified team of welders handles both fine, delicate work and heavier structures. We are TÜV Rheinland certified under EN1090-1, EN1090-2, EN1090-3 and ISO 3834, allowing us to produce and certify CE-marked welded assemblies. This method is ideal for short runs or one-off parts requiring custom adjustments and visual control.

QC teams log reports digitally in secure, company-specific cloud storage, with AR 3D overlays for added clarity. Fabrication speeds up through 3D visualization and quick layout checks, ensuring assemblies are built correctly the first time. Tablets across the shop replace paper processes, give instant access to dimensions, and display shop drawings as PDFs to cut waste and printing costs. Even junior staff can perform QC inspections, reducing reliance on senior team members and unlocking significant wage savings while boosting accuracy and productivity.

In the naval sector, composite materials such as GRP offer advanced technical solutions with superior corrosion resistance and unmatched durability. At INPRE, we add value to shipyards and manufacturers by developing structural and interior components capable of withstanding extreme conditions, using materials specifically designed for the marine environment. • In-house mold manufacturing. • Hull, deck, and bulkhead manufacturing. • Component integration and final assembly.

We manufacture hot-forged screws and studs, threaded bolts and other types of metal fasteners (axis, anchors…), according to the most relevant international standards (ISO, EN, DIN, ASTM, ANSI…), as well as to drawings, samples, prototypes or other specifications of our customers. The fasteners we manufacture are used in a wide variety of industries, including the agricultural industry, the renewable energy industry, the oil and gas industry, the construction industry and the maritime industry.

Manufacturing Quality Pack es una solución de software diseñada para cerrar el ciclo de calidad en fabricación, conectando directamente los datos de medición con los procesos de mecanizado. Permite transformar la información obtenida por sistemas de medición en acciones concretas sobre máquinas CNC, reduciendo la desconexión tradicional entre inspección y producción. Su objetivo principal es mejorar la calidad y la eficiencia en la fabricación, permitiendo anticipar problemas, corregir desviaciones de forma rápida y comprender sus causas de manera precisa. Gracias a este enfoque, se reducen los tiempos de industrialización, los retrabajos y los desperdicios, al tiempo que se mejora la toma de decisiones basada en datos reales. El paquete se basa en tres capacidades principales. En primer lugar, permite anticipar posibles problemas mediante la simulación de deformaciones directamente sobre el modelo CAD, validando estrategias de mecanizado y tolerancias antes de fabricar la pieza. En segundo lugar, convierte automáticamente los resultados de inspección en correcciones exactas para máquinas CNC, eliminando cálculos manuales y reduciendo los ciclos de prueba y error. Por último, proporciona un análisis detallado de las desviaciones, descomponiéndolas en factores como forma, tamaño, orientación y posición, lo que facilita identificar las causas raíz de los problemas. Gracias a estas funcionalidades, el Manufacturing Quality Pack reduce los bucles de corrección, mejora la precisión del proceso y permite a los equipos de producción trabajar de forma más eficiente y coordinada. Además, todas estas capacidades se integran dentro del entorno de software existente, sin necesidad de nuevos equipos ni cambios en la infraestructura. En conjunto, esta solución permite a las empresas avanzar hacia un modelo de fabricación más inteligente y conectado, basado en datos, donde la calidad se controla y optimiza de forma continua a lo largo de todo el proceso productivo.

-Entry management, moves and material exits. -Locations -Stock management and analysis

The 5-axis 3D laser cutting machine for metal parts is designed for high-precision cutting, trimming, drilling, and beveling of components with complex geometries. Thanks to its five-axis technology and rotary table, it allows for the highly accurate machining of three-dimensional parts made of steel, aluminum, stainless steel, copper, and brass, reducing production times and improving finish quality in sectors such as automotive, aerospace, and metal component manufacturing.

The 5-axis 3D laser cutting machine for metal parts is designed for high-precision cutting, trimming, drilling, and beveling of components with complex geometries. Thanks to its five-axis technology and rotary table, it allows for the highly accurate machining of three-dimensional parts made of steel, aluminum, stainless steel, copper, and brass, reducing production times and improving finish quality in sectors such as automotive, aerospace, and metal component manufacturing.

The CNC fiber laser cutting machine for sheet metal is designed for high-precision cutting of steel, stainless steel, aluminum, copper, and brass with maximum productivity. Thanks to fiber laser technology, it offers low energy consumption, high cutting speeds, and minimal maintenance, making it an ideal solution for metalworking shops and industrial manufacturing processes seeking quality, efficiency, and profitability.

The CNC fiber laser cutting machine for sheet metal is designed for high-precision cutting of steel, stainless steel, aluminum, copper, and brass with maximum productivity. Thanks to fiber laser technology, it offers low energy consumption, high cutting speeds, and minimal maintenance, making it an ideal solution for metalworking shops and industrial manufacturing processes seeking quality, efficiency, and profitability.

The fiber laser cutting machine for industrial sheet metal offers a high-precision solution for cutting carbon steel, stainless steel, aluminum, copper, and brass. Designed to maximize productivity, it combines high cutting speeds, low energy consumption, and high reliability in industrial processes. Its fiber laser technology allows for high-quality finishes, reduces material waste, and optimizes production costs in workshops and factories within the metalworking sector.

The fiber laser cutting machine for industrial sheet metal offers a high-precision solution for cutting carbon steel, stainless steel, aluminum, copper, and brass. Designed to maximize productivity, it combines high cutting speeds, low energy consumption, and high reliability in industrial processes. Its fiber laser technology allows for high-quality finishes, reduces material waste, and optimizes production costs in workshops and factories within the metalworking sector.

The CNC laser cutting machine for sheet metal and tubing allows you to process sheet metal, tubes, and profiles with a single unit, optimizing space and improving productivity in industrial environments. Thanks to its CNC control, switching between sheet metal and tube cutting is quick and precise, offering high-quality finishes, reduced waste, and a more efficient production flow for all types of metalworking applications.