Aluminum in mechanical engineering

Aluminum is a light metal that is widely used in mechanical engineering due to its low density, high strength and excellent corrosion resistance. It plays a crucial role in complex manufacturing processes.

• Low weight: Aluminum is around three times lighter than steel, which leads to a reduction in the overall weight of machines and components.
• Good strength: Thanks to alloys and heat treatments, aluminum can withstand high mechanical loads.
• Corrosion resistance: The natural oxide layer protects the material from environmental influences.
• Excellent thermal conductivity: This makes it ideal for applications where heat dissipation is crucial, e.g. in heat sinks or motors.
• Good processability: Aluminum is easy to mill, drill, weld and cast, which facilitates the production of complex components.

• Lightweight components: Reduction of weight and energy consumption, e.g. in robots or conveyor systems.
• Precision parts: Used in aerospace, medical technology or automation technology.
• Structural components: Used in housings, frames and supporting structures for machines and systems.

Thanks to its versatile machining options and the high precision with which it can be processed, aluminum enables the production of sophisticated machine components. It also helps to increase efficiency and reduce costs in modern manufacturing processes.