AMT A+ Process | High pressure aluminum die casting

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Automotive die casting is the process of injecting molten metal with a low melting temperature, such as zinc, aluminum, or magnesium, into a mold to create parts for the automotive industry. Die casting for the automotive industry has several advantages. It is an efficient way to manufacture lightweight parts, can be automated to greatly enhance manufacturing productivity, and is a highly flexible process that can be used to manufacture parts of all sizes. 

Xometry offers the highest quality automotive die casting services: from the fabrication of major engine components and gearbox housings to wheels and suspension components. Choosing Xometry for automotive die casting ensures precise and high-quality components, quick turnaround, and exceptional customer service.

Hot Chamber Die Casting

Hot chamber die casting, also known as hot casting or gooseneck casting, is the more commonly used type of die casting. It is used for metals with low melting temperatures such as zinc, lead, and tin. Hot chamber casting is also known as gooseneck casting due to the shape of the feed system that delivers the molten metal into the mold cavity. The feed system is submerged in a bath of molten metal within a furnace that melts the metal. A hydraulic piston is used to force the molten metal from the bath, through the feed system, into the cavity.

Hot chamber die casting can be used for the rapid production of large volumes of parts. However, since die-cast machine components are immersed in molten metal, corrosion is likely and routine maintenance is required to ensure reliable production.

Cold Chamber Die Casting

Cold chamber die casting, also known as cold casting, is used for metals with higher melting temperatures such as aluminum, magnesium, and copper, and for lower-volume production. In cold casting, metal is melted in a separate furnace and poured into a non-heated chamber where it is then injected into the cavity by a hydraulic piston. 

Cold chamber die casting is the lower cost option between the two types of die casting since it requires less maintenance. However, the process can lead to more variability in product quality due to temperature variations throughout the process. Additionally, cold chamber die casting is a slower process than hot casting since the injection temperature must stabilize to ensure consistent, good-quality parts.

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Fabrication of Lightweight Components

Automotive die casting is an efficient and effective way to fabricate lightweight components. Zinc, aluminum, copper, and magnesium are all much lighter than heavier metals such as steel. Lightweight components allow manufacturers to save money on transportation and delivery costs, which consequently leads to lower prices for consumers. Additionally, lightweight parts enable more energy-efficient vehicles, which reduces carbon footprint. So consumers, manufacturers, and the world at large stand to benefit from lighter automobiles.

Enhanced Automation and Flexibility

Compared to other methods like CNC machining, automotive die casting is a fast and reliable method of manufacturing large quantities of parts for vehicle production. Automotive die casting is a highly automated process that can be used to create both large and small parts for several different automotive applications. OEMs and aftermarket suppliers utilize die casting to produce parts such as wheels, vehicle chassis, paneling, and suspension components. These parts can be rapidly produced and used on different vehicles to be sold as OEM replacements, spare parts, or aftermarket parts.

Increased Productivity

Automotive die casting enhances manufacturing productivity since labor input per fabricated unit is much less than for other manufacturing processes such as CNC machining or forming. Parts with complex and intricate designs, such as engine blocks and wheels, can be quickly made in a single operation as opposed to CNC machining which may require several tool changes and workpiece adjustments before parts are completed. The enhanced productivity enables manufacturers to reduce unit costs which can then translate to increased profit.

Precise, Complex Parts

Automotive die casting fabricates complex parts with high dimensional accuracy and durability. The metals commonly used for die casting have low thermal expansion coefficients which ensure dimensional accuracy in harsh conditions and over time.

Increased Sustainability of Components

Automotive die casting leads to increased sustainability of components due to the fabrication of eco-friendly and sustainable components. The metals commonly used in automotive die casting, zinc, aluminum, and magnesium, are easily recyclable.

Increased Costs

Both the molds and the machinery required for automotive die casting can be expensive. Additionally, maintaining molds and equipment over time leads to even more costs. Due to the large capital investment required upfront and throughout its life, automotive die casting is typically only ideal for large production volumes.

Prone to Defects

Die casting is a closed system and does not allow any substances to enter or exit the mold cavities prior to the part fully solidifying and ejecting. Because molten metal rapidly fills the cavity and there is no way for air to escape, gas bubbles can form in casted parts. These bubbles can adversely affect the strength and integrity of parts. Additionally, other defects such as misruns or cold shuts can occur.

Support Non-Ferrous Metals Only

Die casting only supports non-ferrous metals and cannot be used to process metals such as iron and steel. The high melting points and susceptibility to oxidation and corrosion can significantly reduce mold and die casting machine life. Additionally, the complexity of ferrous metals and the behavior of their grain structures at different temperatures make die casting undesirable.

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