Cold sheet metal blanking is a precision cold-working process conducted by MP at room temperature using punches and dies. This method is employed to create precise and intricate shapes.MP employs this process to produce metal parts adaptable to the automotive sector, household appliances, and other fields of application. The process offers numerous advantages, including high precision and production efficiency. While ideal for large-scale production, MP also ensures capability for short production runs.
Cold metal blanking involves the separation of sheet metal through cutting, obtaining individual components with various and specific geometries. The method is carried out using blanking dies consisting of a punch and die, which create a fracture in the sheet metal that replicates the exact shape of the cutting elements. This process offers several advantages, including fast and cost-effective production of metal parts and the ability to create complex shapes with high repeatability.
Blanking suits different materials, including stainless steel, aluminium, iron, brass, titanium, and phosphor bronze. Its versatility allows it to meet the standards of various industrial sectors, addressing complex component requirements with high precision, efficiency, durability, and quality assurance.
Stainless steel is ideal for blanking due to its ductility and strength, enabling the formation of precise and intricate parts.Read more
Known for its strength, ductility, and lightweight nature, aluminium is well-suited for blanking.
Brass, with a combination of strength, ductility, and workability, is suitable for blanking to produce precise components.
Iron, economical and durable, is equally suitable for blanking, enabling quick and precise processing.
Titanium, renowned for its lightweight and high strength, lends itself well to blanking operations, ensuring precision and quality.
Phosphor bronze delivers excellent results in blanking due to its good workability and high strength.
MP uses moulds in blanking operations, supplied by customers or designed in collaboration with external partners, according to provided specifications. Design considerations include piece geometry, material type, and applied pressure.Moulds ensure precise results and repeatability and minimize surface defects. MP, alongside external partners, optimizes mould geometries for efficient, high-quality production.
