Diseño y simulación de una máquina multifunción para punzonado de láminas y perfiles de acero de bajo carbono de hasta 3mm de espesor

Abstract

The main objective of this project was the design and simulation of a multifunctional machine for punching of sheets and profiles of low carbon steel up to 3mm thick. The parameters of the punching process and complementary cutting and bending processes were defined. This machine arose from the need to develop a multifunction equipment for the production area of any metalworking, since it couples the main processes: cutting, bending, notching. The processes mentioned with employees in the manufacture of various products, such as: gondolas, cabinets, racks, lockers, light and heavy load racks, and others. The requirements were collated using the quality house, the functional structure, the determination of the various options for each module and the subsequent design of the solutions found. Throwing as a final result a machine with three working zones: the punching zone, power of 5hp, processes sheets of up to 3mm of thickness; The bending-guillotine zone, for steel sheets, useful length of 1220mm, while for profiles processes sections U, G and angles, this zone has a power of 5hp; and the notching zone, power of 2hp, processes sheets of steel up to 3mm thick.