2810 results found
    1. Sintered

      Sintered

      Casting by sintered is the heat treatment of a powder or compacted metal or ceramic by pressure with the subsequent passage through a controlled atmosphere oven and at a temperature below the melting temperature of the mixture, approximately 70% -80% thereof. Therefore, it allows increasing the mechanical strength of the piece by increasing the grain size. ADVANTAGES OF SINTERED Purity of the starting materials. Pieces with uniform and controlled porosity. High control in the composition of the material. Pieces are obtained very close to their final shape. Possibility to manufacture parts in virtually any material, including combinations of different materials and ceramic materials.

    2. Sistema de Corte por Plasma - Swift-Cut Pro

      Sistema de Corte por Plasma - Swift-Cut Pro

      🔺Con nuestras máquinas de corte por plasma Swift-Cut Pro ofrecemos una solución integral de corte inteligente que ha permitido a cientos de empresas recuperar el control de su propia cadena de producción, ahorrando tiempo de trabajo y generando beneficios extra gracias a la posibilidad de asumir más carga productiva. ⠀⠀⠀⠀ ⠀⠀⠀⠀ Se trata de una inversión que se amortiza rápidamente de muchas maneras:⠀⠀ ⠀⠀ 🔸Ahorro de tiempo 🔸Ahorro de dinero 🔸Garantía de calidad⠀ 🔸Diversificación de productos 🔸Aumento de la producción 🔸Reducción de plazos de entrega 🔸Mejor relación con el cliente 🔸Baja inversión inicial 👉 https://swift-cut.com/es/ ✉️info@swift-cut.es 📞 931 593 168 📌Tecnología, 2 (Nave 6), 08780 Pallejà (Barcelona)

    3. SLM SOLUTIONS 280

      SLM SOLUTIONS 280

      The SLM®280 machine is a Selective Laser Melting system used for the production of metal parts in medium to high volume and prototypes. This machine utilizes patented multi-laser technology with up to two fiber lasers that expose the build area through 3D scanning optics. Multi-laser systems can achieve construction rates up to 80% faster than a single laser, and the patented bidirectional powder coating minimizes manufacturing time by reducing the number of required passes to deposit fresh powder during a build. The machine is equipped with a standard PSM powder sieve and powder change kits to allow users material flexibility while maintaining powder quality in an inert atmosphere.

    4. Smart Blast Room 4.0

      Smart Blast Room 4.0

      Considering the investment of a robotic abrasive blasting line, whether completely new or retrofitted, can understandably raise many questions—one of the most essential being how the correct solutions for the customer are determined. In short, as the operations of Blastman Robotics are based on customer needs and backed by four decades of experience, there is no situation where a similar process hasn’t already been solved. But let’s dive deeper than the surface. In this article, we’ll look more closely into the many different ways Blastman has paved the way for the smoothest purchasing and implementation process of robotic abrasive blasting—to the point that it might be surprising.

    5. Smart Laser Welding Equipment

      Smart Laser Welding Equipment

      LC-WELD SMART is the smallest version of our laser welding products with very simple and intuitive software. Part of the LC-WELD range, it is a simpler device but offers the same quality, and its smaller size makes it more manageable, ergonomic, and comfortable. Its Active Air Cooling (AAC) system allows for a smaller and lighter device, ensuring proper cooling through a gas circuit. LC-WELD SMART features the same original gun designed by LC as the PRO model. A completely new gun with the best features for perfect laser welding. The software is simpler than the PRO range program, but it also offers great advantages and conveniences for efficient laser welding and achieving the best results. Easy to use, it does not require extensive experience from the equipment user. Laser welding offers significant advantages: savings in labor time and costs, no excess filler, elimination of the need for subsequent polishing, and minimization of part deformation thanks to the highly focused heat input.