2431 results found
    1. EXCALIBUR 12

      EXCALIBUR 12

      FICEP fue el primero en introducir una línea de taladrado mono husillo horizontal controlado por CNC para procesar perfiles para la industria de construcción en acero. La Excalibur/Victory es el último desarrollo en esta familia de taladros a CNC donde la unidad de taladrado se posiciona a lo largo de una bancada de soporte mientras la pieza a mecanizar permanece estática. Gracias a sus exclusivas características, la Excalibur/Victory es una solución excepcionalmente versátil y brillante para las pequeñas y medianas empresas.

    2. Exento extraction systems LowVac y HighVac

      Exento extraction systems LowVac y HighVac

      Thanks to its particularly high filter quality, the Exento HighVac mobile high vacuum extraction system removes more than 99.9 % of captured welding fume particles, resulting in significantly lower welding fume exposure. In combination with the powerful Exento fume extraction torch, the high vacuum system captures the welding fumes directly at the source. It is equipped with an extra large, vertically mounted filter cartridge, thereby ensuring particularly effective cleaning. Main advantages: - High extraction capacity thanks to side channel blowers - Combines perfectly with Exento fume extraction torches - Automatic volumetric flow control - Intuitive, single-button operation, even while wearing gloves - Infinitely variable pre-selection of the extraction capacity for use with a wide variety of fume extraction torches - Extraction capacity monitoring The Exento LowVac mobile low vacuum extraction system protects users from welding fumes in an effective manner and is highly cost-effective thanks to its long service life. It has a disposable filter with a particularly large filter area at 25 m2, which is replaced with a clean one when saturated. Main advantages: - Less need to reposition the extraction arm thanks to flow-optimized design of the extraction hood - Increased safety thanks to the filter and phase monitoring - Optimum protection thanks to contamination-free filter replacement - Highly cost-effective thanks to large capacity and long filter service life

    3. Exento extraction systems LowVac y HighVac

      Exento extraction systems LowVac y HighVac

      Thanks to its particularly high filter quality, the Exento HighVac mobile high vacuum extraction system removes more than 99.9 % of captured welding fume particles, resulting in significantly lower welding fume exposure. In combination with the powerful Exento fume extraction torch, the high vacuum system captures the welding fumes directly at the source. It is equipped with an extra large, vertically mounted filter cartridge, thereby ensuring particularly effective cleaning. Main advantages: - High extraction capacity thanks to side channel blowers - Combines perfectly with Exento fume extraction torches - Automatic volumetric flow control - Intuitive, single-button operation, even while wearing gloves - Infinitely variable pre-selection of the extraction capacity for use with a wide variety of fume extraction torches - Extraction capacity monitoring The Exento LowVac mobile low vacuum extraction system protects users from welding fumes in an effective manner and is highly cost-effective thanks to its long service life. It has a disposable filter with a particularly large filter area at 25 m2, which is replaced with a clean one when saturated. Main advantages: - Less need to reposition the extraction arm thanks to flow-optimized design of the extraction hood - Increased safety thanks to the filter and phase monitoring - Optimum protection thanks to contamination-free filter replacement - Highly cost-effective thanks to large capacity and long filter service life

    4. Exento HighVac

      Exento HighVac

      The Exento HighVac portable high vacuum extraction equipment has a very high quality filter that allows to retain more than 99.9% of the particles to minimize exposure to welding fume. The combination of the high vacuum extraction equipment with the powerful extraction torch allows welding fume to be captured directly at the source. This equipment is equipped with an extra-large, vertically mounted filter cartridge, which guarantees highly effective cleaning. Advantages: - High extraction capacity thanks to side channel blowers - Combines perfectly with Exento fume extraction torches - Automatic volumetric flow control - Intuitive, single-button operation, even while wearing gloves - Infinitely variable pre-selection of the extraction capacity for use with a wide variety of fume extraction torches - Extraction capacity monitoring

    5. Exento HighVac

      Exento HighVac

      The Exento HighVac portable high vacuum extraction equipment has a very high quality filter that allows to retain more than 99.9% of the particles to minimize exposure to welding fume. The combination of the high vacuum extraction equipment with the powerful extraction torch allows welding fume to be captured directly at the source. This equipment is equipped with an extra-large, vertically mounted filter cartridge, which guarantees highly effective cleaning. Advantages: - High extraction capacity thanks to side channel blowers - Combines perfectly with Exento fume extraction torches - Automatic volumetric flow control - Intuitive, single-button operation, even while wearing gloves - Infinitely variable pre-selection of the extraction capacity for use with a wide variety of fume extraction torches - Extraction capacity monitoring

    6. Extrusion – Forging

      Extrusion – Forging

      Extrusion forging is an ideal technology to save material and be able to obtain hollow forms not feasible by other forging processes. JG Automotive is a supplier and manufacturer of direct extrusion or reverse extrusion or also indirect, as adapted to the part. Extrusion is a process used to create objects with defined and fixed cross-section. The material is pushed or withdrawn through a die of a desired cross-section. The two main advantages of this process over manufactured processes are the ability to create very complex cross sections with materials that are brittle, because the material only encounters compression and shear forces. In addition the end pieces are formed with excellent surface finish. It can be direct or indirect extrusion. Direct extrusion, also known as front extrusion, is the most common extrusion process. This works by placing the bar in a strongly reinforced container. The bar is pushed through the die by the spindle. There is a reusable dummy block between the spindle and the bar to keep them separate. The major disadvantage of this process is the force required in the extrusion of the bar by the frictional force due to the need for the bar to travel through the container completely. That is why the greatest force required is at the beginning of the process and decreases as the bar is depleted. In indirect extrusion, also known as delayed extrusion, the bar and the container move together while the die is stationary. The die is held in place by a support which should be as long as the container. The maximum length of the extrusion is given by the strength of the column of the carrier. As the bar moves with the container, the friction is eliminated. Advantages: A 25 to 30% reduction in frictional force, allows the extrusion of long bars, there is a less tendency for the extrusion to crack or break because there is no heat formed by the friction, the coating of the container will last longer due to Less use.