Industrial 3D Printing Company
We manufacture high precision tools, tooling and accessories for industry. At Additium 3D we offer you the latest technology in 3D Printing for a more agile and customised production, reduced costs and greater efficiency in the production line.
3D printing allows complex parts to be manufactured more efficiently and cost-effectively than traditional methods. By eliminating the need for expensive tooling and moulds, as well as minimising material waste, companies can significantly reduce their production costs.
With the ability to produce prototypes and final parts in a matter of hours or days, rather than weeks or months as in conventional manufacturing, 3D printing dramatically accelerates lead times. This allows companies to bring products to market faster and respond nimbly to customer demands.
3D printing not only facilitates the customisation of large-scale products, but also for the production of short series of factory tooling or fixtures designed to improve efficiency on the production line, using technical materials that offer similar characteristics to those manufactured by conventional methods.
Send us your sketch or tell us your idea. If you don't have the design, gather information and we'll help you.
Within hours, you will receive a detailed design analysis and quotation with recommendations and pricing.
During the testing phase we work closely with you, allowing you to validate the prototype, to ensure that it meets your expectations.
With the design finalised and refined through iterations, we started the full-scale production phase.
3D printing is used to manufacture automotive parts, from prototypes to final components, speeding up the design process and reducing costs.
In this sector, 3D printing is used to create lightweight and complex structures, as well as to produce aircraft components with advanced materials.
In medicine, 3D printing is used to manufacture customised prostheses, anatomical models and surgical tools, improving precision and efficiency in medical treatments.
3D printing enables product customisation and on-demand manufacturing, offering creative and unique solutions in sectors such as fashion, design and home decoration.
3D printing is revolutionising the footwear industry by enabling the creation of custom soles, innovative designs and rapid prototypes, improving the comfort and performance of shoes.
It is used for the manufacture of electronic device housings, printed circuit board prototypes and custom components, accelerating innovation in the electronics industry.
We offer a comprehensive service that covers the whole process. If you only have an idea, we start with the design phase, where we work hand in hand with you to understand your needs and requirements. Finally, we carry out large-scale 3D manufacturing, using advanced technology to produce all the necessary units with the same attention and quality.
Value what really matters: quality, speed and accessibility. Here, you will not deal with intermediaries; you will speak directly with our technical experts, from the receipt of your files to the production and shipment of your parts.
We are creators, not resellers. And we are proud to produce and manufacture everything in-house.
In the testing phase you can review and validate the prototype. And once we have the finalised design, we start the full-scale production phase to ensure that the result meets your expectations.
In the era of Industry 4.0, the digitalisation and automation are key to staying competitive. Our 3D scanning and printing service offers a comprehensive solution for the conversion of traditional processes to digital processes, enabling our customers to take full advantage of the benefits of additive manufacturing.
¿Damos juntos un salto a la fabricación del futuro?
La impresión 3D industrial utiliza una amplia gama de materiales, incluyendo plásticos, metales, cerámicas y materiales compuestos, cada uno con sus propias propiedades y aplicaciones específicas.
Se pueden fabricar una amplia variedad de piezas automotrices mediante impresión 3D, incluyendo prototipos de carrocería, componentes de motor, sistemas de escape, molduras interiores, herramientas de ensamblaje y accesorios personalizados.
La impresión 3D ofrece ventajas como la personalización en masa, la reducción de costes de producción, la rapidez en los tiempos de entrega, la posibilidad de fabricar piezas complejas y la capacidad de realizar prototipado rápido.
La precisión de la impresión 3D en la fabricación de piezas industriales puede variar según el tipo de tecnología y el material utilizado. En general, la precisión puede alcanzar niveles muy altos, con tolerancias de hasta unas pocas micras en algunas aplicaciones.
Los costes asociados con la implementación de la impresión 3D en una empresa incluyen la inversión inicial en equipos de impresión, materiales y formación del personal. Sin embargo, estos costes pueden compensarse con el tiempo gracias a la reducción de costes de producción y los ahorros en tiempos de desarrollo.
Se requiere software de diseño asistido por computadora (CAD) para crear modelos tridimensionales y software de preparación de impresión (slicing) para preparar los archivos de impresión. Además, pueden ser necesarios otros programas para el control y la gestión de la producción en entornos industriales.
La tecnología de impresión 3D se utiliza en la industria del calzado para fabricar suelas personalizadas, prototipos de zapatos, componentes de diseño complejo y herramientas de producción, permitiendo una mayor innovación y personalización en el diseño de calzado.
Se pueden utilizar una variedad de materiales en la impresión 3D de calzado, incluyendo elastómeros, polímeros flexibles, materiales biocompatibles y compuestos de alto rendimiento, cada uno adaptado a diferentes necesidades de diseño y rendimiento.
3D parts design and manufacturing company
GALAXIO N-MECHANIK, S.L. has received a grant co-financed by the AVI and the European Regional Development Fund (Feder) in the programme Business Value Chain Strengthening, from Budget Line S1010 (20240000009), INNCAD/2024/57 file within the aid for the strengthening and development of the Valencian Innovation System for the improvement of the productive model for the financial years 2024 to 2026.
Main objective:
Galaxio N-Mechanik S.L. has received a grant of €18,517.65 from the Regional Ministry of Innovation, Industry, Trade and Tourism. in support of the INPYME/2024/950 project within the 2024 call for subsidies to support productive investments made by SMEs in various industrial sectors in the Valencia Region.
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